{"meta":{"total":253,"limit":100,"offset":0,"has_more":true,"database_version":"2.4"},"data":[{"id":"SD-S-001","name":"DriX O-16 USV","aliases":[],"manufacturer":"Exail","origin_country":"France","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["hydrographic survey","ocean data collection","defense support"],"status":"active","autonomy_level":"autonomous / supervised","length_m":7.7,"max_depth_m":null,"range_km":3700,"endurance":"up to 20 days","speed":"Top speed 14 kn; survey speed 8 kn","payload":"Up to 600 kg payload capacity","description":"Transoceanic-range USV positioned as a fast, endurance-focused survey and payload platform.","notes":null,"source_url":"https://www.exail.com/product/drix-o-16","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-001/1.png","/images/drones/SD-S-001/2.jpg","/images/drones/SD-S-001/3.jpg"],"tech_docs":[{"title":"DriX O-16 - Exail","url":"https://www.exail.com/product/drix-o-16"},{"title":"DriX O-16 - Geo-matching","url":"https://geo-matching.com/products/drix-o-16"}],"long_description":"DriX O-16 USV is a dual-use USV platform developed by Exail in France. Transoceanic-range USV positioned as a fast, endurance-focused survey and payload platform. It is positioned for hydrographic survey, ocean data collection, and defense supportand is listed publicly as active. Published specifications captured in this database include a published length of about 7.7 m, a reported range of about 3700 km, reported endurance of up to 20 days, reported speed of Top speed 14 kn; survey speed 8 kn, and payload information listed as Up to 600 kg payload capacity. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-002","name":"TSUNAMI USVs","aliases":["TSUNAMI"],"manufacturer":"Textron Systems","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["ISR","search and rescue","counter-narcotics","naval operations"],"status":"active","autonomy_level":"autonomous / supervised","length_m":6.4,"max_depth_m":null,"range_km":null,"endurance":null,"speed":"Top speed 35 kn","payload":"Configurable mission payload","description":"21-foot uncrewed surface vessel for ISR, search and rescue, and offshore counter-narcotics missions.","notes":null,"source_url":"https://www.textronsystems.com/products/tsunami","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-002/1.jpg","/images/drones/SD-S-002/2.jpg","/images/drones/SD-S-002/3.jpg"],"tech_docs":[{"title":"TSUNAMI USV – Textron Systems Official Product Page","url":"https://www.textronsystems.com/products/tsunami"}],"long_description":"TSUNAMI USVs is a military USV platform developed by Textron Systems in United States. 21-foot uncrewed surface vessel for ISR, search and rescue, and offshore counter-narcotics missions. It is positioned for ISR, search and rescue, counter-narcotics, and naval operationsand is listed publicly as active. Published specifications captured in this database include a published length of about 6.4 m, reported speed of Top speed 35 kn, and payload information listed as Configurable mission payload. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-003","name":"Common Unmanned Surface Vehicle","aliases":["CUSV"],"manufacturer":"Textron Systems","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["multi-mission","multi-payload","naval operations"],"status":"active","autonomy_level":"autonomous / supervised","length_m":11,"max_depth_m":null,"range_km":1200,"endurance":"up to 24 h","speed":"Top speed 35 kn","payload":"Up to 2,268 kg (5,000 lb) payload capacity","description":"Fourth-generation fleet-class multi-mission USV used for mine sweeping and neutralization, ISR, harbor security, monitoring, and protection.","notes":null,"source_url":"https://www.textronsystems.com/products/cusv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-003/1.jpg","/images/drones/SD-S-003/2.jpg","/images/drones/SD-S-003/3.jpg"],"tech_docs":[{"title":"CUSV – Textron Systems Official Product Page","url":"https://www.textronsystems.com/products/cusv"}],"long_description":"Common Unmanned Surface Vehicle is a military USV platform developed by Textron Systems in United States. Fourth-generation fleet-class multi-mission USV used for mine sweeping and neutralization, ISR, harbor security, monitoring, and protection. It is positioned for multi-mission, multi-payload, and naval operationsand is listed publicly as active. Published specifications captured in this database include a published length of about 11.0 m, a reported range of about 1200 km, reported endurance of up to 24 h, reported speed of Top speed 35 kn, and payload information listed as Up to 2,268 kg (5,000 lb) payload capacity. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-004","name":"Mariner X USV","aliases":[],"manufacturer":"Maritime Robotics","origin_country":"Norway","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["survey","inspection","payload carriage"],"status":"active","autonomy_level":"autonomous / remote","length_m":11.8,"max_depth_m":null,"range_km":null,"endurance":"25 days","speed":"Top speed 12 kn","payload":"Payload capacity 1200 kg","description":"Large long-endurance USV for oceanography, security, and environmental monitoring with a configurable payload deck.","notes":"Argeo's Argus USV is publicly described as a Mariner X-based vessel; public AIS directories list ARGUS USV under MMSI 259013050.","source_url":"https://www.maritimerobotics.com/mariner-x","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-004/1.jpg","/images/drones/SD-S-004/2.jpg","/images/drones/SD-S-004/3.jpg"],"tech_docs":[{"title":"Mariner X USV – Maritime Robotics Official Product Page","url":"https://www.maritimerobotics.com/mariner-x"}],"long_description":"Mariner X USV is a dual-use USV platform developed by Maritime Robotics in Norway. Large long-endurance USV for oceanography, security, and environmental monitoring with a configurable payload deck. It is positioned for survey, inspection, and payload carriageand is listed publicly as active. Published specifications captured in this database include a published length of about 11.8 m, reported endurance of 25 days, reported speed of Top speed 12 kn, and payload information listed as Payload capacity 1200 kg. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":[259013050]},{"id":"SD-S-005","name":"Otter USV","aliases":[],"manufacturer":"Maritime Robotics","origin_country":"Norway","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["data collection","monitoring","surveillance"],"status":"active","autonomy_level":"autonomous / remote","length_m":2,"max_depth_m":null,"range_km":null,"endurance":"20 h","speed":"Top speed 4.5 kn","payload":"Payload capacity 30 kg","description":"Portable catamaran USV for survey, monitoring, and data collection with optional enhanced situational awareness and communications packages.","notes":null,"source_url":"https://www.maritimerobotics.com/otter","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-005/1.jpg","/images/drones/SD-S-005/2.jpg","/images/drones/SD-S-005/3.jpg"],"tech_docs":[{"title":"Otter USV – Maritime Robotics Official Product Page","url":"https://www.maritimerobotics.com/otter"}],"long_description":"Otter USV is a dual-use USV platform developed by Maritime Robotics in Norway. Portable catamaran USV for survey, monitoring, and data collection with optional enhanced situational awareness and communications packages. It is positioned for data collection, monitoring, and surveillanceand is listed publicly as active. Published specifications captured in this database include a published length of about 2.0 m, reported endurance of 20 h, reported speed of Top speed 4.5 kn, and payload information listed as Payload capacity 30 kg. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-006","name":"Mariner USV","aliases":[],"manufacturer":"Maritime Robotics","origin_country":"Norway","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["autonomous operations","remote operations","payload carriage"],"status":"active","autonomy_level":"autonomous / remote","length_m":8,"max_depth_m":null,"range_km":null,"endurance":"50 h at 4 kn","speed":"Top speed 24 kn","payload":"Payload capacity 400 kg","description":"Mid-sized USV for autonomous and remote operations, with radar/AIS situational awareness and modular mission payload support.","notes":null,"source_url":"https://www.maritimerobotics.com/mariner","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-006/1.jpg","/images/drones/SD-S-006/2.jpg","/images/drones/SD-S-006/3.jpg"],"tech_docs":[{"title":"Mariner USV – Maritime Robotics Official Product Page","url":"https://www.maritimerobotics.com/mariner"}],"long_description":"Mariner USV is a dual-use USV platform developed by Maritime Robotics in Norway. Mid-sized USV for autonomous and remote operations, with radar/AIS situational awareness and modular mission payload support. It is positioned for autonomous operations, remote operations, and payload carriageand is listed publicly as active. Published specifications captured in this database include a published length of about 8.0 m, reported endurance of 50 h at 4 kn, reported speed of Top speed 24 kn, and payload information listed as Payload capacity 400 kg. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":[257899800]},{"id":"SD-S-007","name":"ULAQ USV","aliases":[],"manufacturer":"Meteksan Defense","origin_country":"Turkey","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["civilian missions","military missions","multi-mission surface operations"],"status":"active","autonomy_level":"autonomous / supervised","length_m":10,"max_depth_m":null,"range_km":400,"endurance":null,"speed":"Top speed 65 kn","payload":"Configurable weapons and sensor payload up to ~500 kg","description":"Autonomous multi-mission USV marketed for civilian and military applications.","notes":null,"source_url":"https://www.meteksan.com/en/defense/ulaq","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-007/1.jpg","/images/drones/SD-S-007/2.jpg","/images/drones/SD-S-007/3.jpg"],"tech_docs":[{"title":"ULAQ USV – Meteksan Defense Official Page","url":"https://www.meteksan.com/en/defense/ulaq"}],"long_description":"ULAQ USV is a dual-use USV platform developed by Meteksan Defense in Turkey. Autonomous multi-mission USV marketed for civilian and military applications. It is positioned for civilian missions, military missions, and multi-mission surface operationsand is listed publicly as active. Published specifications captured in this database include a published length of about 10.0 m, a reported range of about 400 km, reported speed of Top speed 65 kn, and payload information listed as Configurable weapons and sensor payload up to ~500 kg. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-008","name":"APACHE 4 Pro USV","aliases":[],"manufacturer":"CHC Navigation","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["hydrographic survey","bathymetry"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.4,"max_depth_m":null,"range_km":null,"endurance":"~3 h","speed":"Max speed 4 m/s","payload":"Supports multibeam echosounder and ADCP payloads","description":"Versatile USV for hydrographic and bathymetric survey.","notes":null,"source_url":"https://geospatial.chcnav.com/products/chcnav-apache-4-pro","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-008/1.png","/images/drones/SD-S-008/2.jpg","/images/drones/SD-S-008/3.png"],"tech_docs":[{"title":"APACHE 4 Pro USV – CHC Navigation Official Product Page","url":"https://www.chcnav.com/products/APACHE-4-Pro-USV"}],"long_description":"APACHE 4 Pro USV is a civilian USV platform developed by CHC Navigation in China. Versatile USV for hydrographic and bathymetric survey. It is positioned for hydrographic survey and bathymetryand is listed publicly as active. Published specifications captured in this database include a published length of about 1.4 m, reported endurance of ~3 h, reported speed of Max speed 4 m/s, and payload information listed as Supports multibeam echosounder and ADCP payloads. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-009","name":"APACHE3 Pro USV","aliases":[],"manufacturer":"CHC Navigation","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["professional survey","obstacle avoidance","bathymetry"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.2,"max_depth_m":null,"range_km":null,"endurance":"~2 h","speed":"Max speed 3.5 m/s","payload":"Supports single-beam echosounder and GNSS payload","description":"Professional survey USV with autonomous obstacle avoidance.","notes":null,"source_url":"https://geospatial.chcnav.com/products/chcnav-Apache-3-Pro","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-009/1.webp","/images/drones/SD-S-009/2.webp","/images/drones/SD-S-009/3.png"],"tech_docs":[{"title":"APACHE3 Pro USV – CHC Navigation Official Product Page","url":"https://www.chcnav.com/products/APACHE3-Pro-USV"}],"long_description":"APACHE3 Pro USV is a civilian USV platform developed by CHC Navigation in China. Professional survey USV with autonomous obstacle avoidance. It is positioned for professional survey, obstacle avoidance, and bathymetryand is listed publicly as active. Published specifications captured in this database include a published length of about 1.2 m, reported endurance of ~2 h, reported speed of Max speed 3.5 m/s, and payload information listed as Supports single-beam echosounder and GNSS payload. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-010","name":"APACHE 6 USV","aliases":[],"manufacturer":"CHC Navigation","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["3D bathymetric survey","multibeam survey"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.8,"max_depth_m":null,"range_km":null,"endurance":"~4 h","speed":"Max speed 4 m/s","payload":"Supports HydroLite BT multibeam echosounder","description":"Autonomous multibeam survey USV for 3D bathymetric mapping.","notes":null,"source_url":"https://geospatial.chcnav.com/products/chcnav-Apache-6","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-010/1.png","/images/drones/SD-S-010/2.png","/images/drones/SD-S-010/3.png"],"tech_docs":[{"title":"APACHE 6 USV – CHC Navigation Official Product Page","url":"https://www.chcnav.com/products/APACHE-6-USV"}],"long_description":"APACHE 6 USV is a civilian USV platform developed by CHC Navigation in China. Autonomous multibeam survey USV for 3D bathymetric mapping. It is positioned for 3D bathymetric survey and multibeam surveyand is listed publicly as active. Published specifications captured in this database include a published length of about 1.8 m, reported endurance of ~4 h, reported speed of Max speed 4 m/s, and payload information listed as Supports HydroLite BT multibeam echosounder. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-011","name":"APACHE 3 USV","aliases":[],"manufacturer":"CHC Navigation","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["single-beam survey","bathymetry","hydrography"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.2,"max_depth_m":null,"range_km":null,"endurance":"~2 h","speed":"Max speed 3 m/s","payload":"Supports single-beam echosounder payload","description":"Compact single-beam survey USV for cost-sensitive hydrographic work.","notes":null,"source_url":"https://geospatial.chcnav.com/products/chcnav-Apache-3","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-011/1.png","/images/drones/SD-S-011/2.webp","/images/drones/SD-S-011/3.png"],"tech_docs":[{"title":"APACHE 3 USV – CHC Navigation Official Product Page","url":"https://www.chcnav.com/products/APACHE-3-USV"}],"long_description":"APACHE 3 USV is a civilian USV platform developed by CHC Navigation in China. Compact single-beam survey USV for cost-sensitive hydrographic work. It is positioned for single-beam survey, bathymetry, and hydrographyand is listed publicly as active. Published specifications captured in this database include a published length of about 1.2 m, reported endurance of ~2 h, reported speed of Max speed 3 m/s, and payload information listed as Supports single-beam echosounder payload. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-012","name":"USVSTAR","aliases":[],"manufacturer":"AGISTAR","origin_country":"France","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["sampling","subsea observation","general aquatic missions"],"status":"active","autonomy_level":"autonomous / remote","length_m":0.99,"max_depth_m":null,"range_km":null,"endurance":null,"speed":"Up to 2 m/s","payload":"Up to 35 kg payload capacity","description":"Modular USV for varied aquatic missions including marine sampling and observation.","notes":"Official AGISTAR materials describe USVSTAR as the compact evolution of the BX-USV II; public specs emphasize portability, sub-1 m size, and modular payload integration.","source_url":"https://www.agistar.fr/en/usvstar","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-012/2.jpg","/images/drones/SD-S-012/3.png"],"tech_docs":[{"title":"USVSTAR – AGISTAR Product Page","url":"https://www.agistar.fr/usvstar"},{"title":"USVSTAR A100 – AGISTAR Official Product Page","url":"https://www.agistar.fr/en/usvstar"},{"title":"AGISTAR unveils the USVSTAR – Official AGISTAR Post","url":"https://www.agistar.fr/post/agistar-unveils-the-usvstar-a-compact-modular-affordable-usv-for-versatile-marine-missions-1"}],"long_description":"USVSTAR is a dual-use USV platform developed by AGISTAR in France. Modular USV for varied aquatic missions including marine sampling and observation. Primary published roles include sampling, subsea observation, and general aquatic missions. Published specifications include length about 0.99 m; speed Up to 2 m/s; payload/configuration notes: Up to 35 kg payload capacity. Its control mode is described publicly as autonomous / remote. Current public status: active. Official AGISTAR materials describe USVSTAR as the compact evolution of the BX-USV II; public specs emphasize portability, sub-1 m size, and modular payload integration.","mmsi":null},{"id":"SD-S-013","name":"BX-USV II","aliases":["BX-USVII"],"manufacturer":"AGISTAR","origin_country":"France","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["survey","inspection","general missions"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.6,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Up to 50 kg of equipment","description":"The BX-USV II is a compact unmanned surface vessel designed by AGISTAR for offshore marine and maritime applications. It features an open, modular design that simplifies integration and adaptation to mission-specific requirements.","notes":"Official AGISTAR materials highlight the BX-USV II as a modular, customizable platform with inflatable side floats and support for survey, inspection, and environmental payloads.","source_url":"https://www.agistar.fr/en/bx-usv2","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-013/2.jpg","/images/drones/SD-S-013/3.png"],"tech_docs":[{"title":"BX-USV II – AGISTAR Product Page","url":"https://www.agistar.fr/bx-usv2"},{"title":"BX-USV II – AGISTAR Official Product Page","url":"https://www.agistar.fr/en/bx-usv2"}],"long_description":"BX-USV II is a dual-use USV platform developed by AGISTAR in France. The BX-USV II is a compact unmanned surface vessel designed by AGISTAR for offshore marine and maritime applications. It features an open, modular design that simplifies integration and adaptation to mission-specific requirements. Primary published roles include survey, inspection, and general missions. Published specifications include length about 1.6 m; payload/configuration notes: Up to 50 kg of equipment. Its control mode is described publicly as autonomous / remote. Current public status: active. Official AGISTAR materials highlight the BX-USV II as a modular, customizable platform with inflatable side floats and support for survey, inspection, and environmental payloads.","mmsi":null},{"id":"SD-S-014","name":"BX USV","aliases":["BX-USV II"],"manufacturer":"AGISTAR","origin_country":"France","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["multi-mission","extended endurance","survey"],"status":"active","autonomy_level":"autonomous / remote","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Carries up to 10 kg of equipment for water quality monitoring, bathymetry, and other missions.","description":"The BX-USV is a new-generation unmanned surface vehicle developed by AGISTAR, featuring advanced composite materials and autonomous navigation systems. It is designed for a wide range of marine and inland water missions, offering stability and ease of deployment.","notes":"The BX-USV is noted for its modular design and adaptability for various marine and inland water missions.","source_url":"https://www.agistar.fr/bx-usv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-014/2.png","/images/drones/SD-S-014/3.jpg"],"tech_docs":[{"title":"BX USV – AGISTAR Product Page","url":"https://www.agistar.fr/bx-usv"}],"long_description":"BX USV is a dual-use USV platform developed by AGISTAR in France. The BX-USV is a new-generation unmanned surface vehicle developed by AGISTAR, featuring advanced composite materials and autonomous navigation systems. It is designed for a wide range of marine and inland water missions, offering stability and ease of deployment. It is positioned for multi-mission, extended endurance, and surveyand is listed publicly as active. Published specifications captured in this database include payload information listed as Carries up to 10 kg of equipment for water quality monitoring, bathymetry, and other missions.. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: The BX-USV is noted for its modular design and adaptability for various marine and inland water missions.","mmsi":null},{"id":"SD-S-015","name":"AGISTAR CLEANER","aliases":["AGISTAR CLEANER S1","AGISTAR CLEANER PRO"],"manufacturer":"AGISTAR","origin_country":"France","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["waste collection","floating debris cleanup","environmental services"],"status":"active","autonomy_level":"autonomous / remote","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":null,"description":"The AGISTAR CLEANER is an innovative autonomous robot designed for efficient cleaning of lake and shoreline surfaces. It is engineered to navigate narrow and shallow waters, effectively removing debris and pollutants to enhance water quality and preserve aquatic ecosystems.","notes":"Official AGISTAR materials emphasize narrow-water and shallow-water debris collection plus app-linked remote monitoring.","source_url":"https://www.agistar.fr/en/agistarcleaner","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-015/1.jpg","/images/drones/SD-S-015/2.jpg","/images/drones/SD-S-015/3.png"],"tech_docs":[{"title":"AGISTAR CLEANER – AGISTAR Official Product Page","url":"https://www.agistar.fr/agistarcleaner"},{"title":"AGISTAR CLEANER S1 & PRO – AGISTAR Official Product Page","url":"https://www.agistar.fr/en/agistarcleaner"}],"long_description":"AGISTAR CLEANER is a civilian USV platform developed by AGISTAR in France. The AGISTAR CLEANER is an innovative autonomous robot designed for efficient cleaning of lake and shoreline surfaces. It is engineered to navigate narrow and shallow waters, effectively removing debris and pollutants to enhance water quality and preserve aquatic ecosystems. Primary published roles include waste collection, floating debris cleanup, and environmental services. Its control mode is described publicly as autonomous / remote. Current public status: active. Official AGISTAR materials emphasize narrow-water and shallow-water debris collection plus app-linked remote monitoring.","mmsi":null},{"id":"SD-S-016","name":"DataXplorer METOC","aliases":[],"manufacturer":"Open Ocean Robotics","origin_country":"Canada","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["meteorology","oceanography","environmental monitoring"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.6,"max_depth_m":null,"range_km":185,"endurance":"Weeks to months (solar-powered, 300W solar charging, 3.5 kWh battery)","speed":"Up to 6 kn (standard motor); up to 18 kn (max interchangeable pod motor); ~2 kn average for long-duration missions","payload":"50 kg capacity; meteorology and oceanographic sensor suite","description":"Solar-powered USV with patented self-righting hull for meteorological and oceanographic data collection. Capable of operating in sea states up to Beaufort 8.","notes":"Beam: 0.9 m. Draft: 0.5 m. Base weight: ~140 kg. Propulsion: direct-drive interchangeable pod motor system. Communications: satellite, cellular, and radio. Patented self-righting hull survives gale-force conditions. Edge processing for onboard data analysis. Paired with XplorerView software for real-time data analytics and control.","source_url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-metoc","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-016/1.jpg","/images/drones/SD-S-016/2.jpg","/images/drones/SD-S-016/3.jpg"],"tech_docs":[{"title":"DataXplorer METOC – Open Ocean Robotics Official Product Page","url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-metoc"}],"long_description":"DataXplorer METOC is a civilian USV platform developed by Open Ocean Robotics in Canada. It is a 3.6 m, ~140 kg solar-powered USV designed for meteorological and oceanographic data collection. Powered by a 300W solar array and 3.5 kWh battery, it can operate for weeks to months at sea with zero emissions. The platform features a patented self-righting hull capable of withstanding gale-force conditions up to Beaufort 8, and an interchangeable pod motor system offering speeds from ~2 kn (long-duration cruise) up to 18 kn (sprint). With a 50 kg payload capacity, satellite/cellular/radio communications, and edge processing for onboard data analysis, it is paired with XplorerView software for real-time data analytics and control. The platform is described as autonomous / supervised in terms of control and autonomy.","mmsi":null},{"id":"SD-S-017","name":"DataXplorer Listen","aliases":[],"manufacturer":"Open Ocean Robotics","origin_country":"Canada","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["environmental monitoring","maritime domain awareness","passive sensing"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.6,"max_depth_m":null,"range_km":185,"endurance":"Weeks to months (solar-powered, 300W solar charging, 3.5 kWh battery)","speed":"Up to 6 kn (standard motor); up to 18 kn (max interchangeable pod motor); ~2 kn average for long-duration missions","payload":"50 kg capacity; acoustic hydrophone array and passive sensing suite","description":"Solar-powered dual-use USV with patented self-righting hull for environmental applications and maritime domain awareness. Capable of operating in sea states up to Beaufort 8.","notes":"Beam: 0.9 m. Draft: 0.5 m. Base weight: ~140 kg. Propulsion: direct-drive interchangeable pod motor system. Communications: satellite, cellular, and radio. Patented self-righting hull survives gale-force conditions. Silent operation with acoustic dampening at sensor mounts. Paired with XplorerView software for real-time data analytics and control.","source_url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-listen","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-017/1.jpg","/images/drones/SD-S-017/2.jpg","/images/drones/SD-S-017/3.jpg"],"tech_docs":[{"title":"DataXplorer Listen – Open Ocean Robotics Official Product Page","url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-listen"}],"long_description":"DataXplorer Listen is a dual-use USV platform developed by Open Ocean Robotics in Canada. It is a 3.6 m, ~140 kg solar-powered USV designed for environmental monitoring and maritime domain awareness through passive acoustic sensing. Powered by a 300W solar array and 3.5 kWh battery, it can operate for weeks to months at sea with zero emissions. The platform features a patented self-righting hull capable of withstanding gale-force conditions up to Beaufort 8, silent operation with acoustic dampening at sensor mounts, and an interchangeable pod motor system offering speeds from ~2 kn (long-duration cruise) up to 18 kn (sprint). With a 50 kg payload capacity, satellite/cellular/radio communications, and edge processing, it is paired with XplorerView software for real-time data analytics and control. The platform is described as autonomous / supervised in terms of control and autonomy.","mmsi":null},{"id":"SD-S-018","name":"DataXplorer Survey","aliases":[],"manufacturer":"Open Ocean Robotics","origin_country":"Canada","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["spatial data acquisition","survey","mapping"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.6,"max_depth_m":null,"range_km":185,"endurance":"Weeks to months (solar-powered, 300W solar charging, 3.5 kWh battery)","speed":"Up to 6 kn (standard motor); up to 18 kn (max interchangeable pod motor); ~2 kn average for long-duration missions","payload":"50 kg capacity; echosounder and hydrographic sensor suite","description":"Solar-powered USV with patented self-righting hull for high-resolution spatial data acquisition, hydrographic research, and habitat mapping. Capable of operating in sea states up to Beaufort 8.","notes":"Beam: 0.9 m. Draft: 0.5 m. Base weight: ~140 kg. Propulsion: direct-drive interchangeable pod motor system. Communications: satellite, cellular, and radio. Patented self-righting hull survives gale-force conditions. Paired with XplorerView software for real-time data analytics and control.","source_url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-survey","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-018/1.jpg","/images/drones/SD-S-018/2.jpg","/images/drones/SD-S-018/3.jpg"],"tech_docs":[{"title":"DataXplorer Survey – Open Ocean Robotics Official Product Page","url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-survey"}],"long_description":"DataXplorer Survey is a civilian USV platform developed by Open Ocean Robotics in Canada. It is a 3.6 m, ~140 kg solar-powered USV designed for high-resolution spatial data acquisition, hydrographic research, and habitat mapping. Powered by a 300W solar array and 3.5 kWh battery, it can operate for weeks to months at sea with zero emissions. The platform features a patented self-righting hull capable of withstanding gale-force conditions up to Beaufort 8, and an interchangeable pod motor system offering speeds from ~2 kn (long-duration cruise) up to 18 kn (sprint). With a 50 kg payload capacity, satellite/cellular/radio communications, and edge processing, it is paired with XplorerView software for real-time data analytics and control. The platform is described as autonomous / supervised in terms of control and autonomy.","mmsi":null},{"id":"SD-S-019","name":"DataXplorer Protect","aliases":[],"manufacturer":"Open Ocean Robotics","origin_country":"Canada","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["security","situational awareness","monitoring"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.6,"max_depth_m":null,"range_km":185,"endurance":"Weeks to months (solar-powered, 300W solar charging, 3.5 kWh battery)","speed":"Up to 6 kn (standard motor); up to 18 kn (max interchangeable pod motor); ~2 kn average for long-duration missions","payload":"50 kg capacity; EO/IR camera, radar and AIS sensor suite","description":"Solar-powered dual-use USV with patented self-righting hull for day and nighttime security and situational awareness. Capable of operating in sea states up to Beaufort 8.","notes":"Beam: 0.9 m. Draft: 0.5 m. Base weight: ~140 kg. Propulsion: direct-drive interchangeable pod motor system. Communications: satellite, cellular, and radio. Patented self-righting hull survives gale-force conditions. Paired with XplorerView software for real-time data analytics and control.","source_url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-protect","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-019/1.jpg","/images/drones/SD-S-019/2.jpg","/images/drones/SD-S-019/3.jpg"],"tech_docs":[{"title":"DataXplorer Protect – Open Ocean Robotics Official Product Page","url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-protect"}],"long_description":"DataXplorer Protect is a dual-use USV platform developed by Open Ocean Robotics in Canada. It is a 3.6 m, ~140 kg solar-powered USV designed for day and nighttime security and situational awareness. Powered by a 300W solar array and 3.5 kWh battery, it can operate for weeks to months at sea with zero emissions. The platform features a patented self-righting hull capable of withstanding gale-force conditions up to Beaufort 8, and an interchangeable pod motor system offering speeds from ~2 kn (long-duration cruise) up to 18 kn (sprint). With a 50 kg payload capacity, satellite/cellular/radio communications, and edge processing, it is paired with XplorerView software for real-time data analytics and control. The platform is described as autonomous / supervised in terms of control and autonomy.","mmsi":null},{"id":"SD-S-052","name":"DataXplorer Enviro","aliases":[],"manufacturer":"Open Ocean Robotics","origin_country":"Canada","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["environmental monitoring","eDNA sampling","marine carbon dioxide removal monitoring","CTD profiling"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.6,"max_depth_m":null,"range_km":185,"endurance":"Weeks to months (solar-powered, 300W solar charging, 3.5 kWh battery)","speed":"Up to 6 kn (standard motor); up to 18 kn (max interchangeable pod motor); ~2 kn average for long-duration missions","payload":"50 kg capacity; eDNA sampler (McLane RoCSI), CTD profiler, pH/CO2 sensors","description":"Solar-powered USV with patented self-righting hull for environmental monitoring, eDNA sampling, and marine carbon dioxide removal (mCDR) studies. Capable of operating in sea states up to Beaufort 8 and in shallow waters as little as 0.5 m deep.","notes":"Beam: 0.9 m. Draft: 0.5 m. Base weight: ~140 kg. Propulsion: direct-drive interchangeable pod motor system. Communications: satellite, cellular, and radio. Patented self-righting hull survives gale-force conditions. Optional modules include profiling winch, additional cameras, or expanded battery capacity. Deployed by Stony Brook University in Shinnecock Bay (Sep 2024) collecting 100+ eDNA samples. Also configured as Enviro+MRV variant with pH, CO2, and CTD sensors for carbon removal monitoring. Paired with XplorerView software for real-time data analytics and control.","source_url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-enviro","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-052/1.jpg","/images/drones/SD-S-052/3.jpg"],"tech_docs":[{"title":"DataXplorer Enviro – Open Ocean Robotics Official Product Page","url":"https://www.openoceanrobotics.com/uncrewed-surface-vehicles/dataxplorer-enviro"}],"long_description":"DataXplorer Enviro is a civilian USV platform developed by Open Ocean Robotics in Canada. It is a 3.6 m, ~140 kg solar-powered USV designed for environmental monitoring, eDNA sampling, CTD profiling, and marine carbon dioxide removal (mCDR) studies. Powered by a 300W solar array and 3.5 kWh battery, it can operate for weeks to months at sea with zero emissions. The platform features a patented self-righting hull capable of withstanding gale-force conditions up to Beaufort 8 and can operate in shallow waters as little as 0.5 m deep. It uses an interchangeable pod motor system offering speeds from ~2 kn (long-duration cruise) up to 18 kn (sprint). With a 50 kg payload capacity, satellite/cellular/radio communications, and edge processing, it supports optional modules including profiling winch, additional cameras, or expanded battery capacity. The Enviro+MRV variant integrates advanced sensors for pH, CO2, and CTD measurements for carbon removal trial monitoring. Paired with XplorerView software for real-time data analytics and control. The platform is described as autonomous / supervised in terms of control and autonomy.","mmsi":null},{"id":"SD-S-020","name":"HydroBoat 1200MB","aliases":["HydroBoat1200MB"],"manufacturer":"SatLab Geosolutions","origin_country":"Sweden","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["multibeam hydrographic surveying","bathymetry"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.2,"max_depth_m":null,"range_km":null,"endurance":"~3 h","speed":"Max speed 4 m/s","payload":"HydroBeam M2 multibeam echo sounder","description":"The HydroBoat 1200MB is SatLab's latest USV multibeam solution, integrating proven unmanned vessel technology with the HydroBeam M2 MBES. It is designed for precise multibeam mapping, achieving high accuracy in narrow and obstacle-dense waterways.","notes":"The HydroBoat 1200MB has been used for precise mapping in Japan's Yodo River, achieving IHO Special Order accuracy.","source_url":"https://www.satlabgeo.com/product/hydroboat-1200mb-usv-multibeam-solution/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-020/1.png","/images/drones/SD-S-020/2.png","/images/drones/SD-S-020/3.png"],"tech_docs":[{"title":"HydroBoat 1200MB - SatLab Geosolutions","url":"https://www.satlabgeo.com/product/hydroboat-1200mb-usv-multibeam-solution/"}],"long_description":"HydroBoat 1200MB is a civilian USV platform developed by SatLab Geosolutions in Sweden. The HydroBoat 1200MB is SatLab's latest USV multibeam solution, integrating proven unmanned vessel technology with the HydroBeam M2 MBES. It is designed for precise multibeam mapping, achieving high accuracy in narrow and obstacle-dense waterways. It is positioned for multibeam hydrographic surveying and bathymetryand is listed publicly as active. Published specifications captured in this database include a published length of about 1.2 m, reported endurance of ~3 h, reported speed of Max speed 4 m/s, and payload information listed as HydroBeam M2 multibeam echo sounder. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: The HydroBoat 1200MB has been used for precise mapping in Japan's Yodo River, achieving IHO Special Order accuracy.","mmsi":null},{"id":"SD-S-021","name":"HydroBoat 1500","aliases":["HydroBoat1500"],"manufacturer":"SatLab Geosolutions","origin_country":"Sweden","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["underwater topographic survey","heavy payload survey"],"status":"active","autonomy_level":"autonomous / remote","length_m":null,"max_depth_m":null,"range_km":null,"endurance":"4 hours at 2 m/s","speed":"Maximum speed of 6 m/s","payload":"Payload capacity of 60 kg, equipped with HydroBeam M4 Portable Multibeam Echo Sounder","description":"The HydroBoat 1500 is a versatile USV designed for underwater topographic surveys in lakes, rivers, and reservoirs. It features a robust hull with IP67 waterproofing and is driven by four powerful thrusters, enhancing its mobility and flexibility.","notes":null,"source_url":"https://www.satlabgeo.com/product/hydroboat-1500-usv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-021/1.png","/images/drones/SD-S-021/2.png","/images/drones/SD-S-021/3.png"],"tech_docs":[{"title":"HydroBoat 1500 - SatLab Geosolutions","url":"https://www.satlabgeo.com/product/hydroboat-1500-usv/"}],"long_description":"HydroBoat 1500 is a civilian USV platform developed by SatLab Geosolutions in Sweden. The HydroBoat 1500 is a versatile USV designed for underwater topographic surveys in lakes, rivers, and reservoirs. It features a robust hull with IP67 waterproofing and is driven by four powerful thrusters, enhancing its mobility and flexibility. It is positioned for underwater topographic survey and heavy payload surveyand is listed publicly as active. Published specifications captured in this database include reported endurance of 4 hours at 2 m/s, reported speed of Maximum speed of 6 m/s, and payload information listed as Payload capacity of 60 kg, equipped with HydroBeam M4 Portable Multibeam Echo Sounder. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-022","name":"HydroBoat 1200","aliases":["HydroBoat 1200MB"],"manufacturer":"SatLab Geosolutions","origin_country":"Sweden","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["survey","monitoring","hydrography"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.229,"max_depth_m":null,"range_km":24,"endurance":"40 km @ 1.5 m/s","speed":"0.1 – 6 m/s","payload":"HydroBeam M2 MBES (Multibeam Echo Sounder)","description":"The HydroBoat 1200 is a multipurpose uncrewed surface vessel designed for hydrographic surveying and monitoring. It features a multibeam echo sounder for precise bathymetric data collection and offers a range of 24 km with two batteries. The USV is compact and lightweight, making it suitable for various aquatic environments.","notes":null,"source_url":"https://www.satlabgeo.com/product/hydroboat-1200-usv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-022/1.png","/images/drones/SD-S-022/2.png","/images/drones/SD-S-022/3.png"],"tech_docs":[{"title":"HydroBoat 1200 - SatLab Geosolutions","url":"https://www.satlabgeo.com/product/hydroboat-1200-usv/"}],"long_description":"HydroBoat 1200 is a civilian USV platform developed by SatLab Geosolutions in Sweden. The HydroBoat 1200 is a multipurpose uncrewed surface vessel designed for hydrographic surveying and monitoring. It features a multibeam echo sounder for precise bathymetric data collection and offers a range of 24 km with two batteries. The USV is compact and lightweight, making it suitable for various aquatic environments. It is positioned for survey, monitoring, and hydrographyand is listed publicly as active. Published specifications captured in this database include a published length of about 1.229 m, a reported range of about 24 km, reported endurance of 40 km @ 1.5 m/s, reported speed of 0.1 – 6 m/s, and payload information listed as HydroBeam M2 MBES (Multibeam Echo Sounder). The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-023","name":"HydroBoat 990","aliases":[],"manufacturer":"SatLab Geosolutions","origin_country":"Sweden","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["single-operator survey","echosounder survey"],"status":"active","autonomy_level":"autonomous / remote","length_m":0.99,"max_depth_m":null,"range_km":null,"endurance":"~2 h","speed":"Max speed 3 m/s","payload":"Built-in single-beam echosounder","description":"Single-operator USV with built-in echosounder.","notes":null,"source_url":"https://www.satlabgeo.com/product/hydroboat-990-bathymetric-usv-system/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-023/1.png","/images/drones/SD-S-023/2.jpg","/images/drones/SD-S-023/3.png"],"tech_docs":[{"title":"HydroBoat 990 - SatLab Geosolutions","url":"https://www.satlabgeo.com/product/hydroboat-990-bathymetric-usv-system/"}],"long_description":"HydroBoat 990 is a civilian USV platform developed by SatLab Geosolutions. Single-operator USV with built-in echosounder. It is positioned for single-operator survey and echosounder surveyand is listed publicly as active. Published specifications captured in this database include a published length of about 0.99 m, reported endurance of ~2 h, reported speed of Max speed 3 m/s, and payload information listed as Built-in single-beam echosounder. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-024","name":"BlueBoat","aliases":[],"manufacturer":"Blue Robotics","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["hydrographic survey","robotics development","scientific missions"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.2,"max_depth_m":null,"range_km":null,"endurance":"~8 h","speed":"Max speed 3 m/s","payload":"Total payload capacity 15 kg including batteries and payload","description":"Affordable modular robotic surface vessel with open-source BlueOS software.","notes":"Dimensions listed by Blue Robotics as 120 x 93 x 46 cm deployed.","source_url":"https://bluerobotics.com/store/boat/blueboat/blueboat/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-024/1.jpg","/images/drones/SD-S-024/2.jpg","/images/drones/SD-S-024/3.jpg"],"tech_docs":[{"title":"BlueBoat – Blue Robotics Official Product Page","url":"https://bluerobotics.com/store/boat/blueboat/blueboat/"},{"title":"BlueBoat Technical Reference","url":"https://bluerobotics.com/learn/blueboat-operators-guide/"}],"long_description":"BlueBoat is a civilian USV platform developed by Blue Robotics in United States. Affordable modular robotic surface vessel with open-source BlueOS software. It is positioned for hydrographic survey, robotics development, and scientific missionsand is listed publicly as active. Published specifications captured in this database include a published length of about 1.2 m, reported endurance of ~8 h, reported speed of Max speed 3 m/s, and payload information listed as Total payload capacity 15 kg including batteries and payload. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Dimensions listed by Blue Robotics as 120 x 93 x 46 cm deployed.","mmsi":null},{"id":"SD-S-025","name":"Saildrone Surveyor","aliases":[],"manufacturer":"Saildrone","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["ISR","deep-ocean mapping","undersea detection","power projection support"],"status":"active","autonomy_level":"autonomous / supervised","length_m":20,"max_depth_m":null,"range_km":null,"endurance":"100 days between service stops","speed":"6 knots mapping speed","payload":"3 kW steady-state / 6 kW peak payload power","description":"20-meter USV for persistent maritime ISR and deep-ocean mapping with renewable auxiliary propulsion.","notes":"Public AIS indexes also show Surveyor-class units SD-3000 (MMSI 338432794) and SD-3001 (MMSI 338432795).","source_url":"https://www.saildrone.com/platform/surveyor","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-025/1.jpg","/images/drones/SD-S-025/2.png","/images/drones/SD-S-025/3.jpg"],"tech_docs":[{"title":"Saildrone Surveyor – Official Platform Page","url":"https://www.saildrone.com/platform/surveyor"},{"title":"SD-3000 Surveyor Launch – Saildrone","url":"https://www.saildrone.com/media-room/press-releases/first-production-surveyor-usv-launches-austal-usa"},{"title":"SD-3001 Surveyor Mission – Saildrone","url":"https://www.saildrone.com/media-room/press-releases/cayman-islands-eez-mapping-begins"}],"long_description":"Saildrone Surveyor is a dual-use USV platform developed by Saildrone in United States. 20-meter USV for persistent maritime ISR and deep-ocean mapping with renewable auxiliary propulsion. It is positioned for ISR, deep-ocean mapping, undersea detection, and power projection supportand is listed publicly as active. Published specifications captured in this database include a published length of about 20 m, reported endurance of 100 days between service stops, reported speed of 6 knots mapping speed, and payload information listed as 3 kW steady-state / 6 kW peak payload power. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":[338179262,338432794,338432795]},{"id":"SD-S-026","name":"Saildrone Voyager","aliases":[],"manufacturer":"Saildrone","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["coastal ISR","seafloor mapping","maritime safety"],"status":"active","autonomy_level":"autonomous / supervised","length_m":10,"max_depth_m":null,"range_km":null,"endurance":"100 days between service stops","speed":"5 knots mapping speed","payload":"3.5 kW peak payload power","description":"10-meter USV optimized for coastal ISR, mapping, and safety missions.","notes":"Saildrone lists 2 m draft and 6 m wing height.","source_url":"https://www.saildrone.com/platform/voyager","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-026/1.jpg","/images/drones/SD-S-026/2.png","/images/drones/SD-S-026/3.png"],"tech_docs":[{"title":"Saildrone Voyager – Official Platform Page","url":"https://www.saildrone.com/platform/voyager"}],"long_description":"Saildrone Voyager is a dual-use USV platform developed by Saildrone in United States. 10-meter USV optimized for coastal ISR, mapping, and safety missions. It is positioned for coastal ISR, seafloor mapping, and maritime safetyand is listed publicly as active. Published specifications captured in this database include a published length of about 10 m, reported endurance of 100 days between service stops, reported speed of 5 knots mapping speed, and payload information listed as 3.5 kW peak payload power. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Saildrone lists 2 m draft and 6 m wing height.","mmsi":[338434815,338434837]},{"id":"SD-S-027","name":"Saildrone Explorer","aliases":[],"manufacturer":"Saildrone","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["METOC","climate monitoring","ocean observation","operational planning"],"status":"active","autonomy_level":"autonomous / supervised","length_m":7,"max_depth_m":null,"range_km":null,"endurance":"up to 365 continuous days at sea","speed":"Average speed 1-3 knots","payload":null,"description":"7-meter USV designed for up to year-long remote ocean monitoring operations.","notes":"Renewable wind and solar powered platform for persistent ocean observations.","source_url":"https://www.saildrone.com/platform/explorer","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-027/1.jpg","/images/drones/SD-S-027/2.jpg","/images/drones/SD-S-027/3.jpg"],"tech_docs":[{"title":"Saildrone Explorer – Official Platform Page","url":"https://www.saildrone.com/platform/explorer"}],"long_description":"Saildrone Explorer is a dual-use USV platform developed by Saildrone in United States. 7-meter USV designed for up to year-long remote ocean monitoring operations. It is positioned for METOC, climate monitoring, ocean observation, and operational planningand is listed publicly as active. Published specifications captured in this database include a published length of about 7 m, reported endurance of up to 365 continuous days at sea, and reported speed of Average speed 1-3 knots. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Renewable wind and solar powered platform for persistent ocean observations.","mmsi":[338434847,338167878]},{"id":"SD-S-028","name":"L42 USV","aliases":[],"manufacturer":"OceanAlpha","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["offshore hydrographic survey","geophysical survey","wind farm inspection","pipeline route mapping"],"status":"active","autonomy_level":"autonomous / remote","length_m":8.4,"max_depth_m":null,"range_km":1500,"endurance":"8 days at 4 kn","speed":"Max speed 6 kn; survey speed 4-5 kn","payload":"Payload capacity 500 kg","description":"Long-endurance offshore survey USV with modular mission architecture.","notes":"OceanAlpha also lists aluminium catamaran hull, 400L x 2 diesel fuel tanks, and Sea State III operation.","source_url":"https://www.oceanalpha.com/oceanalpha-introduces-l42-usv-at-ocean-business-2025-enhancing-offshore-survey-capabilities/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-028/1.webp","/images/drones/SD-S-028/2.webp","/images/drones/SD-S-028/3.webp"],"tech_docs":[{"title":"L42 USV – OceanAlpha Official Product Page","url":"https://www.oceanalpha.com/offshore-survey/l42-usv/"}],"long_description":"L42 USV is a civilian USV platform developed by OceanAlpha in China. Long-endurance offshore survey USV with modular mission architecture. It is positioned for offshore hydrographic survey, geophysical survey, wind farm inspection, and pipeline route mappingand is listed publicly as active. Published specifications captured in this database include a published length of about 8.4 m, a reported range of about 1500 km, reported endurance of 8 days at 4 kn, reported speed of Max speed 6 kn; survey speed 4-5 kn, and payload information listed as Payload capacity 500 kg. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: OceanAlpha also lists aluminium catamaran hull, 400L x 2 diesel fuel tanks, and Sea State III operation.","mmsi":null},{"id":"SD-S-029","name":"SL40 USV","aliases":[],"manufacturer":"OceanAlpha","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["shallow-water hydrographic survey","bathymetry","flow assessment"],"status":"active","autonomy_level":"autonomous / remote","length_m":1.65,"max_depth_m":null,"range_km":null,"endurance":null,"speed":"10 kn","payload":"Carbon-fiber hull; 42 kg with dual batteries","description":"Compact suitcase-sized inland-water survey USV optimized for shallow, debris-prone environments.","notes":null,"source_url":"https://www.oceanalpha.com/inland-water-survey/sl40-usv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-029/1.webp","/images/drones/SD-S-029/2.webp","/images/drones/SD-S-029/3.webp"],"tech_docs":[{"title":"SL40 USV – OceanAlpha Official Product Page","url":"https://www.oceanalpha.com/inland-water-survey/sl40-usv/"}],"long_description":"SL40 USV is a civilian USV platform developed by OceanAlpha in China. Compact suitcase-sized inland-water survey USV optimized for shallow, debris-prone environments. It is positioned for shallow-water hydrographic survey, bathymetry, and flow assessmentand is listed publicly as active. Published specifications captured in this database include a published length of about 1.65 m, reported speed of 10 kn, and payload information listed as Carbon-fiber hull; 42 kg with dual batteries. The platform is described as autonomous / remote in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-030","name":"Sea Hunter","aliases":[],"manufacturer":"DARPA / U.S. Navy","origin_country":"United States","platform_domain":"surface","vehicle_class":"MUSV","sector":"military","primary_roles":["maritime domain awareness","anti-submarine warfare","distributed sensing"],"status":"active","autonomy_level":"autonomous / supervised","length_m":41,"max_depth_m":null,"range_km":19000,"endurance":"90+ days","speed":"Top speed 27 kn","payload":"Modular mission payload (ASW sensors, surface/subsurface payloads)","description":"Prototype autonomous medium unmanned surface vessel operated by the U.S. Navy.","notes":"U.S. Navy fact file lists Sea Hunter and Seahawk as approximately 41 meters long and 142.3 metric tons full load.","source_url":"https://www.navy.mil/Resources/Fact-Files/Display-FactFiles/Article/4288073/medium-unmanned-surface-vessel-musv/","source_type":"government_fact_sheet","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-030/1.jpg","/images/drones/SD-S-030/2.jpg","/images/drones/SD-S-030/3.jpg"],"tech_docs":[{"title":"Medium Unmanned Surface Vessel (MUSV) – U.S. Navy Fact File","url":"https://www.navy.mil/Resources/Fact-Files/Display-FactFiles/Article/4288073/medium-unmanned-surface-vessel-musv/"}],"long_description":"Sea Hunter is a military MUSV platform developed by DARPA / U.S. Navy in United States. Prototype autonomous medium unmanned surface vessel operated by the U.S. Navy. It is positioned for maritime domain awareness, anti-submarine warfare, and distributed sensingand is listed publicly as active. Published specifications captured in this database include a published length of about 41 m, a reported range of about 19000 km, reported endurance of 90+ days, reported speed of Top speed 27 kn, and payload information listed as Modular mission payload (ASW sensors, surface/subsurface payloads). The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: U.S. Navy fact file lists Sea Hunter and Seahawk as approximately 41 meters long and 142.3 metric tons full load.","mmsi":[369970970]},{"id":"SD-S-031","name":"Sea Hawk","aliases":[],"manufacturer":"DARPA / U.S. Navy","origin_country":"United States","platform_domain":"surface","vehicle_class":"MUSV","sector":"military","primary_roles":["maritime domain awareness","anti-submarine warfare","distributed sensing"],"status":"active","autonomy_level":"autonomous / supervised","length_m":41,"max_depth_m":null,"range_km":19000,"endurance":"90+ days","speed":"Top speed 27 kn","payload":"Modular mission payload (ASW sensors, surface/subsurface payloads)","description":"Prototype autonomous medium unmanned surface vessel operated by the U.S. Navy alongside Sea Hunter.","notes":"U.S. Navy fact file lists Sea Hunter and Seahawk as approximately 41 meters long and 142.3 metric tons full load.","source_url":"https://www.navy.mil/Resources/Fact-Files/Display-FactFiles/Article/4288073/medium-unmanned-surface-vessel-musv/","source_type":"government_fact_sheet","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-031/1.jpg","/images/drones/SD-S-031/2.jpg","/images/drones/SD-S-031/3.jpg"],"tech_docs":[{"title":"Medium Unmanned Surface Vessel (MUSV) – U.S. Navy Fact File","url":"https://www.navy.mil/Resources/Fact-Files/Display-FactFiles/Article/4288073/medium-unmanned-surface-vessel-musv/"}],"long_description":"Sea Hawk is a military MUSV platform developed by DARPA / U.S. Navy in United States. Prototype autonomous medium unmanned surface vessel operated by the U.S. Navy alongside Sea Hunter. It is positioned for maritime domain awareness, anti-submarine warfare, and distributed sensingand is listed publicly as active. Published specifications captured in this database include a published length of about 41 m, a reported range of about 19000 km, reported endurance of 90+ days, reported speed of Top speed 27 kn, and payload information listed as Modular mission payload (ASW sensors, surface/subsurface payloads). The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: U.S. Navy fact file lists Sea Hunter and Seahawk as approximately 41 meters long and 142.3 metric tons full load.","mmsi":[368926574]},{"id":"SD-S-032","name":"USX-1 Defiant","aliases":[],"manufacturer":"DARPA","origin_country":"United States","platform_domain":"surface","vehicle_class":"MUSV","sector":"military","primary_roles":["long-endurance autonomous operations","sea experimentation","NOMARS concept validation"],"status":"active","autonomy_level":"autonomous","length_m":54.86,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"240-metric-ton lightship demonstrator","description":"No-Manning-Required-Ship demonstrator built for long autonomous missions without humans aboard.","notes":"DARPA states 180-foot length.","source_url":"https://www.darpa.mil/research/programs/no-manning-required-ship","source_type":"government_program_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-032/1.jpg","/images/drones/SD-S-032/2.png","/images/drones/SD-S-032/3.jpg"],"tech_docs":[{"title":"No Manning Required Ship (NOMARS) – DARPA Program Page","url":"https://www.darpa.mil/research/programs/no-manning-required-ship"}],"long_description":"USX-1 Defiant is a military MUSV platform developed by DARPA in United States. No-Manning-Required-Ship demonstrator built for long autonomous missions without humans aboard. It is positioned for long-endurance autonomous operations, sea experimentation, and NOMARS concept validationand is listed publicly as active. Published specifications captured in this database include a published length of about 54.86 m and payload information listed as 240-metric-ton lightship demonstrator. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: DARPA states 180-foot length.","mmsi":null},{"id":"SD-S-033","name":"MAGURA V5","aliases":[],"manufacturer":"SpetsTechnoExport / HUR-linked Ukrainian development","origin_country":"Ukraine","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["strike","reconnaissance","patrol","maritime security"],"status":"active","autonomy_level":"autonomous / remotely piloted","length_m":5.5,"max_depth_m":null,"range_km":830,"endurance":null,"speed":"42 knots","payload":"up to 320 kg warhead","description":"Ukrainian multipurpose combat USV used in the Black Sea war and widely reported in strike operations.","notes":"Public technical details are fragmented and operationally sensitive.","source_url":"https://en.wikipedia.org/wiki/MAGURA_V5","source_type":"wikipedia","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-033/1.jpg","/images/drones/SD-S-033/2.jpg","/images/drones/SD-S-033/3.jpg"],"tech_docs":[{"title":"MAGURA V5 – Wikipedia","url":"https://en.wikipedia.org/wiki/MAGURA_V5"}],"long_description":"MAGURA V5 is a military USV platform developed by SpetsTechnoExport / HUR-linked Ukrainian development in Ukraine. Ukrainian multipurpose combat USV used in the Black Sea war and widely reported in strike operations. It is positioned for strike, reconnaissance, patrol, and maritime securityand is listed publicly as active. Published specifications captured in this database include a published length of about 5.5 m, a reported range of about 830 km, reported speed of 42 knots, and payload information listed as up to 320 kg warhead. The platform is described as autonomous / remotely piloted in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Public technical details are fragmented and operationally sensitive.","mmsi":null},{"id":"SD-S-034","name":"Sea Baby","aliases":[],"manufacturer":"Security Service of Ukraine (SBU)","origin_country":"Ukraine","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["strike","mine laying","naval attack","special missions"],"status":"active","autonomy_level":"autonomous / remotely piloted","length_m":6,"max_depth_m":null,"range_km":1000,"endurance":null,"speed":"90 km/h","payload":"up to 850 kg combat load","description":"Ukrainian naval drone with large explosive payload and long combat radius.","notes":null,"source_url":"https://u24.gov.ua/seababy","source_type":"official_fundraising_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-034/1.jpg","/images/drones/SD-S-034/2.jpg","/images/drones/SD-S-034/3.jpg"],"tech_docs":[{"title":"Sea Baby Naval Drone – Ukraine UNITED24 Fundraising Page","url":"https://u24.gov.ua/seababy"}],"long_description":"Sea Baby is a military USV platform developed by Security Service of Ukraine (SBU) in Ukraine. Ukrainian naval drone with large explosive payload and long combat radius. It is positioned for strike, mine laying, naval attack, and special missionsand is listed publicly as active. Published specifications captured in this database include a published length of about 6 m, a reported range of about 1000 km, reported speed of 90 km/h, and payload information listed as up to 850 kg combat load. The platform is described as autonomous / remotely piloted in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-U-001","name":"Envoy AUV","aliases":[],"manufacturer":"Cellula Robotics","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["survey","data gathering","seabed anchoring","research"],"status":"active","autonomy_level":"autonomous","length_m":8.5,"max_depth_m":null,"range_km":2000,"endurance":"15 days","speed":null,"payload":null,"description":"Hydrogen-fuel-cell survey AUV with modular payload options for commercial, scientific, and dual-use operations.","notes":"Cellula lists a 1 m diameter and 3,700 kg displacement for the 8.5 m configuration.","source_url":"https://cellula.com/envoy-auv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-001/1.jpg","/images/drones/SD-U-001/2.jpg","/images/drones/SD-U-001/3.png"],"tech_docs":[{"title":"Envoy AUV – Cellula Robotics Official Product Page","url":"https://cellula.com/envoy-auv/"}],"long_description":"Envoy AUV is a dual-use AUV platform developed by Cellula Robotics in Canada. Hydrogen-fuel-cell survey AUV with modular payload options for commercial, scientific, and dual-use operations. It is positioned for survey, data gathering, seabed anchoring, and researchand is listed publicly as active. Published specifications captured in this database include a published length of about 8.5 m, a reported range of about 2000 km, and reported endurance of 15 days. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Cellula lists a 1 m diameter and 3,700 kg displacement for the 8.5 m configuration.","mmsi":null},{"id":"SD-U-002","name":"Porter AUV","aliases":[],"manufacturer":"Cellula Robotics","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"XLAUV","sector":"dual-use","primary_roles":["commercial survey","payload deployment","long-duration operations"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":5000,"endurance":"45 days","speed":null,"payload":"5,000 liters internal payload space","description":"Extra-large AUV for long-range survey, deep-sea exploration, and payload deployment.","notes":null,"source_url":"https://cellula.com/porter-auv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-002/1.jpg","/images/drones/SD-U-002/2.jpg","/images/drones/SD-U-002/3.png"],"tech_docs":[{"title":"Porter AUV – Cellula Robotics Official Product Page","url":"https://cellula.com/porter-auv/"}],"long_description":"Porter AUV is a dual-use XLAUV platform developed by Cellula Robotics in Canada. Extra-large AUV for long-range survey, deep-sea exploration, and payload deployment. It is positioned for commercial survey, payload deployment, and long-duration operationsand is listed publicly as active. Published specifications captured in this database include a reported range of about 5000 km, reported endurance of 45 days, and payload information listed as 5,000 liters internal payload space. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-003","name":"Guardian AUV","aliases":[],"manufacturer":"Cellula Robotics","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"XLAUV","sector":"military","primary_roles":["naval ISR","defense payload deployment","ultra-long-range missions"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":5000,"endurance":"up to 45 days","speed":null,"payload":"up to 5000 liters internal payload volume","description":"Defense-oriented surveillance AUV, formerly called Solus-XR, designed for persistent subsea patrol and target detection in harsh environments.","notes":null,"source_url":"https://cellula.com/guardian-auv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-003/1.jpg","/images/drones/SD-U-003/2.png","/images/drones/SD-U-003/3.jpg"],"tech_docs":[{"title":"Guardian AUV – Cellula Robotics Official Product Page","url":"https://cellula.com/guardian-auv/"}],"long_description":"Guardian AUV is a military XLAUV platform developed by Cellula Robotics in Canada. Defense-oriented surveillance AUV, formerly called Solus-XR, designed for persistent subsea patrol and target detection in harsh environments. It is positioned for naval ISR, defense payload deployment, and ultra-long-range missionsand is listed publicly as active. Published specifications captured in this database include a reported range of about 5000 km, reported endurance of up to 45 days, and payload information listed as up to 5000 liters internal payload volume. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-004","name":"Subsea Warden AUV","aliases":[],"manufacturer":"Cellula Robotics","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["hovering inspection","swarm operations","acoustic and magnetic sensing","hull inspection"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Acoustic and magnetic signature measurement payloads","description":"Hovering AUV platform designed for extended subsea persistence and configurable sensing/manipulation payloads.","notes":"Official Cellula materials describe Subsea Warden as a hovering AUV for multi-influence vessel signature measurement and fleet operation.","source_url":"https://cellula.com/subsea-warden/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-004/1.jpg","/images/drones/SD-U-004/2.jpg","/images/drones/SD-U-004/3.png"],"tech_docs":[{"title":"Subsea Warden AUV – Cellula Robotics Official Product Page","url":"https://cellula.com/subsea-warden/"},{"title":"Subsea Warden – Cellula Robotics Official Product Page","url":"https://cellula.com/subsea-warden/"}],"long_description":"Subsea Warden AUV is a dual-use AUV platform developed by Cellula Robotics in Canada. Hovering AUV platform designed for extended subsea persistence and configurable sensing/manipulation payloads. Primary published roles include hovering inspection, swarm operations, acoustic and magnetic sensing, and hull inspection. Published specifications include payload/configuration notes: Acoustic and magnetic signature measurement payloads. Its control mode is described publicly as autonomous. Current public status: active. Official Cellula materials describe Subsea Warden as a hovering AUV for multi-influence vessel signature measurement and fleet operation.","mmsi":null},{"id":"SD-U-005","name":"A9-E AUV","aliases":[],"manufacturer":"Exail","origin_country":"France","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["maritime applications","survey","defense support"],"status":"active","autonomy_level":"autonomous","length_m":3.6,"max_depth_m":3000,"range_km":150,"endurance":"~24 h","speed":"Up to 5 kn","payload":"Modular payload bay; supports USBL, camera, sidescan sonar","description":"Autonomous underwater vehicle for maritime applications.","notes":null,"source_url":"https://www.exail.com/landing/autonomous-underwater-vehicles-auv-solutions","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-005/1.jpg","/images/drones/SD-U-005/2.png","/images/drones/SD-U-005/3.jpg"],"tech_docs":[{"title":"Autonomous underwater vehicles - Exail","url":"https://www.exail.com/landing/autonomous-underwater-vehicles-auv-solutions"},{"title":"A9-E - Geo-matching","url":"https://geo-matching.com/products/a9-e"}],"long_description":"A9-E AUV is a dual-use AUV platform developed by Exail in France. Autonomous underwater vehicle for maritime applications. It is positioned for maritime applications, survey, and defense supportand is listed publicly as active. Published specifications captured in this database include a published length of about 3.6 m, a published depth rating of 3000 m, a reported range of about 150 km, reported endurance of ~24 h, reported speed of Up to 5 kn, and payload information listed as Modular payload bay; supports USBL, camera, sidescan sonar. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-006","name":"Osprey AUV","aliases":[],"manufacturer":"Teledyne Marine","origin_country":"United States","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["long-range survey","payload carriage","commercial and defense missions"],"status":"active","autonomy_level":"autonomous","length_m":3.6,"max_depth_m":2000,"range_km":null,"endurance":"~10 h","speed":"Up to 6 kn","payload":"Modular Gavia-compatible payload sections; 324 mm diameter","description":"Larger-diameter modular AUV built on the Gavia design for commercial, scientific, and defense missions requiring more energy and sensor capacity.","notes":"Teledyne lists Osprey with 324 mm diameter and 2000 m depth rating.","source_url":"https://www.teledynemarine.com/brands/gavia/osprey-auv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-006/1.png","/images/drones/SD-U-006/2.jpg","/images/drones/SD-U-006/3.jpg"],"tech_docs":[{"title":"Osprey AUV – Teledyne Marine Official Product Page","url":"https://www.teledynemarine.com/brands/gavia/osprey-auv"}],"long_description":"Osprey AUV is a dual-use AUV platform developed by Teledyne Marine. Larger-diameter modular AUV built on the Gavia design for commercial, scientific, and defense missions requiring more energy and sensor capacity. It is positioned for long-range survey, payload carriage, and commercial and defense missionsand is listed publicly as active. Published specifications captured in this database include a published length of about 3.6 m, a published depth rating of 2000 m, reported endurance of ~10 h, reported speed of Up to 6 kn, and payload information listed as Modular Gavia-compatible payload sections; 324 mm diameter. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Teledyne lists Osprey with 324 mm diameter and 2000 m depth rating.","mmsi":null},{"id":"SD-U-007","name":"Gavia AUV","aliases":[],"manufacturer":"Teledyne Marine","origin_country":"United States","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["research","commercial survey","defense applications"],"status":"active","autonomy_level":"autonomous","length_m":4.5,"max_depth_m":1000,"range_km":null,"endurance":null,"speed":">5.5 knots","payload":null,"description":"Modular AUV family used across research, commercial, and defense sectors.","notes":"Configuration dependent: Teledyne lists Gavia at 1.8-4.5 m length and 500 or 1000 m depth rating.","source_url":"https://www.teledynemarine.com/brands/gavia/gavia-auv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-007/1.png","/images/drones/SD-U-007/2.jpg","/images/drones/SD-U-007/3.jpg"],"tech_docs":[{"title":"Gavia AUV – Teledyne Marine Official Product Page","url":"https://www.teledynemarine.com/brands/gavia/gavia-auv"}],"long_description":"Gavia AUV is a dual-use AUV platform developed by Teledyne Marine. Modular AUV family used across research, commercial, and defense sectors. It is positioned for research, commercial survey, and defense applicationsand is listed publicly as active. Published specifications captured in this database include a published length of about 4.5 m, a published depth rating of 1000 m, and reported speed of >5.5 knots. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Configuration dependent: Teledyne lists Gavia at 1.8-4.5 m length and 500 or 1000 m depth rating.","mmsi":null},{"id":"SD-U-008","name":"SeaRaptor","aliases":[],"manufacturer":"Teledyne Marine","origin_country":"United States","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["deepwater survey","sensor integration","subsea inspection"],"status":"active","autonomy_level":"autonomous","length_m":5.5,"max_depth_m":6000,"range_km":130,"endurance":"~24 h at 3 kn","speed":"Nominal 3 kn; max 4 kn","payload":null,"description":"Deep-water modular AUV for hydrographic survey, inspection, and broad-area search in 3000 m and 6000 m variants.","notes":null,"source_url":"https://www.teledynemarine.com/searaptor-auv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-008/1.png","/images/drones/SD-U-008/2.jpg","/images/drones/SD-U-008/3.jpg"],"tech_docs":[{"title":"SeaRaptor AUV – Teledyne Marine Official Product Page","url":"https://www.teledynemarine.com/searaptor-auv"}],"long_description":"SeaRaptor is a dual-use AUV platform developed by Teledyne Marine. Deep-water modular AUV for hydrographic survey, inspection, and broad-area search in 3000 m and 6000 m variants. It is positioned for deepwater survey, sensor integration, and subsea inspectionand is listed publicly as active. Published specifications captured in this database include a published length of about 5.5 m, a published depth rating of 6000 m, a reported range of about 130 km, reported endurance of ~24 h at 3 kn, and reported speed of Nominal 3 kn; max 4 kn. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-009","name":"Slocum G3 Glider","aliases":[],"manufacturer":"Teledyne Marine","origin_country":"United States","platform_domain":"underwater","vehicle_class":"Glider","sector":"dual-use","primary_roles":["ocean observation","long-range data collection","environmental monitoring"],"status":"active","autonomy_level":"autonomous","length_m":1.5,"max_depth_m":1000,"range_km":null,"endurance":"30–60 days","speed":"Average ~0.4 kn (buoyancy-driven)","payload":"Up to ~4 kg science payload; supports CTD, ADCP, fluorometer, acoustic sensors","description":"Long-range buoyancy-driven autonomous ocean glider.","notes":null,"source_url":"https://www.teledynemarine.com/brands/webb-research/slocum-glider","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-009/1.jpg","/images/drones/SD-U-009/2.png","/images/drones/SD-U-009/3.png"],"tech_docs":[{"title":"Slocum glider - Teledyne Webb Research","url":"https://www.teledynemarine.com/brands/webb-research/slocum-glider"}],"long_description":"Slocum G3 Glider is a dual-use Glider platform developed by Teledyne Marine. Long-range buoyancy-driven autonomous ocean glider. It is positioned for ocean observation, long-range data collection, and environmental monitoringand is listed publicly as active. Published specifications captured in this database include a published length of about 1.5 m, a published depth rating of 1000 m, reported endurance of 30–60 days, reported speed of Average ~0.4 kn (buoyancy-driven), and payload information listed as Up to ~4 kg science payload; supports CTD, ADCP, fluorometer, acoustic sensors. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-010","name":"R7 ROV","aliases":[],"manufacturer":"Exail","origin_country":"France","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","observation","subsea intervention"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":300,"range_km":null,"endurance":null,"speed":null,"payload":null,"description":"Compact observation-class ROV rated to 300 meters.","notes":null,"source_url":"https://www.exail.com/product/r7-remotely-operated-vehicle","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-010/1.png","/images/drones/SD-U-010/2.jpg","/images/drones/SD-U-010/3.png"],"tech_docs":[{"title":"R7 ROV - Exail","url":"https://www.exail.com/product/r7-remotely-operated-vehicle"}],"long_description":"R7 ROV is a dual-use ROV platform developed by Exail in France. Compact observation-class ROV rated to 300 meters. It is positioned for inspection, observation, and subsea interventionand is listed publicly as active. Published specifications captured in this database include a published depth rating of 300 m. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-011","name":"Seascan Mk2","aliases":[],"manufacturer":"Exail","origin_country":"France","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","observation","survey"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":300,"range_km":null,"endurance":null,"speed":null,"payload":"High-definition camera and forward-looking sonar for target reacquisition and close-up inspection","description":"Lightweight self-propelled inspection ROV.","notes":"Official Exail materials position Seascan as a lightweight battery-powered mine identification ROV with auto-depth and auto-track functions.","source_url":"https://www.exail.com/product/seascan-mine-identification-system","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-011/1.jpg","/images/drones/SD-U-011/2.jpg","/images/drones/SD-U-011/3.png"],"tech_docs":[{"title":"Seascan mine identification system - Exail","url":"https://www.exail.com/product/seascan-mine-identification-system"}],"long_description":"Seascan Mk2 is a dual-use ROV platform developed by Exail in France. Lightweight self-propelled inspection ROV. Primary published roles include inspection, observation, and survey. Published specifications include depth rating up to 300 m; payload/configuration notes: High-definition camera and forward-looking sonar for target reacquisition and close-up inspection. Its control mode is described publicly as remotely operated. Current public status: active. Official Exail materials position Seascan as a lightweight battery-powered mine identification ROV with auto-depth and auto-track functions.","mmsi":null},{"id":"SD-U-012","name":"Hydrus Micro Hovering AUV","aliases":[],"manufacturer":"Advanced Navigation","origin_country":"Australia","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["benthic survey","point inspection","micro-AUV operations"],"status":"active","autonomy_level":"autonomous","length_m":0.38,"max_depth_m":3000,"range_km":null,"endurance":"~3 h","speed":"Up to 2 m/s","payload":"4K camera and USBL transponder; ~2 kg","description":"Micro hovering AUV for point inspection and benthic survey.","notes":null,"source_url":"https://www.advancednavigation.com/products/hydrus/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-012/1.jpg","/images/drones/SD-U-012/2.jpg","/images/drones/SD-U-012/3.jpg"],"tech_docs":[{"title":"Hydrus AUV – Advanced Navigation Official Product Page","url":"https://www.advancednavigation.com/products/hydrus/"}],"long_description":"Hydrus Micro Hovering AUV is a dual-use AUV platform developed by Advanced Navigation in Australia. Micro hovering AUV for point inspection and benthic survey. It is positioned for benthic survey, point inspection, and micro-AUV operationsand is listed publicly as active. Published specifications captured in this database include a published length of about 0.38 m, a published depth rating of 3000 m, reported endurance of ~3 h, reported speed of Up to 2 m/s, and payload information listed as 4K camera and USBL transponder; ~2 kg. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-013","name":"SRV-8C","aliases":[],"manufacturer":"RJE Oceanbotics","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","survey","portable subsea operations"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":305,"range_km":null,"endurance":null,"speed":null,"payload":null,"description":"Compact portable ROV for underwater inspection and survey.","notes":null,"source_url":"https://www.rjeoceanbotics.com/srv-8c","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-013/1.jpg","/images/drones/SD-U-013/2.png","/images/drones/SD-U-013/3.jpg"],"tech_docs":[{"title":"SRV-8C ROV – RJE Oceanbotics Official Product Page","url":"https://www.rjeoceanbotics.com/srv-8c"}],"long_description":"SRV-8C is a dual-use ROV platform developed by RJE Oceanbotics in United States. Compact portable ROV for underwater inspection and survey. It is positioned for inspection, survey, and portable subsea operationsand is listed publicly as active. Published specifications captured in this database include a published depth rating of 305 m. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-U-014","name":"SRV-8 MDV","aliases":[],"manufacturer":"RJE Oceanbotics","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"military","primary_roles":["mine disposal","EOD","underwater threat response"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":305,"range_km":null,"endurance":"up to 8 hours","speed":"2+ knots","payload":"Mine-disposal accessories with sonar tracking/imaging integration","description":"Underwater robotic mine disposal and EOD vehicle.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/rje-oceanbotics/srv-8-mdv/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-014/1.jpg","/images/drones/SD-U-014/2.jpg","/images/drones/SD-U-014/3.jpg"],"long_description":"SRV-8 MDV is a military ROV platform developed by RJE Oceanbotics in United States. Underwater robotic mine disposal and EOD vehicle. It is positioned for mine disposal, EOD, and underwater threat responseand is listed publicly as active. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SRV-8 MDV – Oceanbotics Official Product Page","url":"https://oceanbotics.com/the-srv-8-mdv-mine-disposal-vehicle/"},{"title":"SRV-8 ROV Datasheet – Oceanbotics","url":"https://static1.squarespace.com/static/621cd513ab3b802391403074/t/622767d307404f4df8fdde83/1646749663990/Product-spec-Oceanbotics%2BSRV-8%2BROV.pdf"}],"mmsi":null},{"id":"SD-U-015","name":"SRV-8X Optimus","aliases":[],"manufacturer":"RJE Oceanbotics","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["offshore inspection","deep missions","sensor-heavy missions"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":500,"range_km":null,"endurance":"up to 8 hours","speed":null,"payload":null,"description":"Larger, more powerful battery-operated SRV-8 derivative for deeper and more demanding missions.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/rje-oceanbotics/srv-8x-optimus/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-015/1.jpg","/images/drones/SD-U-015/2.png","/images/drones/SD-U-015/3.jpg"],"long_description":"SRV-8X Optimus is a dual-use ROV platform developed by RJE Oceanbotics in United States. Larger, more powerful battery-operated SRV-8 derivative for deeper and more demanding missions. It is positioned for offshore inspection, deep missions, and sensor-heavy missionsand is listed publicly as active. Published specifications captured in this database include a published depth rating of 500 m. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SRV-8X Optimus – Oceanbotics Official Product Page","url":"https://oceanbotics.com/srv-8x-optimus/"},{"title":"SRV-8X Optimus Datasheet – Oceanbotics","url":"https://oceanbotics.com/wp-content/uploads/2026/03/SRV-8X-Data-Sheet-3.2026.pdf"}],"mmsi":null},{"id":"SD-U-016","name":"SRV-8 ROV","aliases":[],"manufacturer":"RJE Oceanbotics","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","survey","research"],"status":"active","autonomy_level":"remotely operated","length_m":0.5,"max_depth_m":305,"range_km":null,"endurance":"up to 8 hours","speed":"2+ knots","payload":"SubNav software plus external ports for mission accessory integration","description":"Eight-thruster inspection and survey ROV.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/rje-oceanbotics/srv-8-remotely-operated-underwater-vehicle/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-016/1.jpg","/images/drones/SD-U-016/2.png","/images/drones/SD-U-016/3.jpg"],"long_description":"SRV-8 ROV is a dual-use ROV platform developed by RJE Oceanbotics in United States. Eight-thruster inspection and survey ROV. It is positioned for inspection, survey, and researchand is listed publicly as active. Published specifications captured in this database include reported endurance of 4-6 hours. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SRV-8 – Oceanbotics Official Product Page","url":"https://oceanbotics.com/srv-8/"},{"title":"SRV-8 ROV Datasheet – Oceanbotics","url":"https://static1.squarespace.com/static/621cd513ab3b802391403074/t/622767d307404f4df8fdde83/1646749663990/Product-spec-Oceanbotics%2BSRV-8%2BROV.pdf"}],"mmsi":null},{"id":"SD-U-017","name":"Mission Specialist Wraith","aliases":[],"manufacturer":"VideoRay","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["high-precision subsea missions","inspection","modular payload operations"],"status":"active","autonomy_level":"remotely operated","length_m":1.312,"max_depth_m":1000,"range_km":null,"endurance":null,"speed":null,"payload":"Mission Specialist Subsea Batteries; 12 VDC/120 W, 24 VDC/200 W, 48 VDC/6 kW power outputs","description":"Compact high-performance 6-DOF ROV positioned as the flagship of the Mission Specialist line.","notes":"Official Wraith datasheet lists 6 kW instantaneous subsea power and positions the vehicle as the next-generation Mission Specialist configuration focused on extreme agility.","source_url":"https://videoray.com/products/mission-specialist-wraith","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-017/1.png","/images/drones/SD-U-017/2.png","/images/drones/SD-U-017/3.png"],"long_description":"Mission Specialist Wraith is a dual-use ROV platform developed by VideoRay in United States. Compact high-performance 6-DOF ROV positioned as the flagship of the Mission Specialist line. Primary published roles include high-precision subsea missions, inspection, and modular payload operations. Published specifications include length about 1.312 m; depth rating up to 1000 m; payload/configuration notes: Mission Specialist Subsea Batteries; 12 VDC/120 W, 24 VDC/200 W, 48 VDC/6 kW power outputs. Its control mode is described publicly as remotely operated. Current public status: active. Official Wraith datasheet lists 6 kW instantaneous subsea power and positions the vehicle as the next-generation Mission Specialist configuration focused on extreme agility.","tech_docs":[{"title":"Mission Specialist Wraith – VideoRay Official Product Page","url":"https://videoray.com/products/mission-specialist-wraith"},{"title":"Mission Specialist Wraith Datasheet – VideoRay","url":"https://videoray.com/wp-content/uploads/AV_Wraith_Datasheet_250904.pdf"}],"mmsi":null},{"id":"SD-U-018","name":"Mission Specialist Ally ROV","aliases":[],"manufacturer":"VideoRay","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","confined-space operations","modular ROV tasks"],"status":"active","autonomy_level":"remotely operated","length_m":0.641,"max_depth_m":300,"range_km":null,"endurance":null,"speed":"Forward 4.0 kts; vertical 0.8 m/s; sway 0.9 kt","payload":"Lifting 10.0 kg; optional DVL, forward-looking sonar, manipulator, and subsea batteries","description":"Compact ROV designed for optimal power and lift in a maneuverable package.","notes":"Official Ally datasheets describe the base package with 100 m performance tether and an upgrade path to Defender-class capability.","source_url":"https://videoray.com/products/mission-specialist-ally/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-018/1.png","/images/drones/SD-U-018/2.png","/images/drones/SD-U-018/3.png"],"long_description":"Mission Specialist Ally ROV is a dual-use ROV platform developed by VideoRay in United States. Compact ROV designed for optimal power and lift in a maneuverable package. Primary published roles include inspection, confined-space operations, and modular ROV tasks. Published specifications include length about 0.641 m; depth rating up to 300 m; speed Forward 4.0 kts; vertical 0.8 m/s; sway 0.9 kt; payload/configuration notes: Lifting 10.0 kg; optional DVL, forward-looking sonar, manipulator, and subsea batteries. Its control mode is described publicly as remotely operated. Current public status: active. Official Ally datasheets describe the base package with 100 m performance tether and an upgrade path to Defender-class capability.","tech_docs":[{"title":"Mission Specialist Ally – VideoRay Official Product Page","url":"https://videoray.com/products/mission-specialist-ally/"},{"title":"Mission Specialist Ally Datasheet – VideoRay","url":"https://videoray.com/wp-content/uploads/AV_Ally_Datasheet_250825.pdf"}],"mmsi":null},{"id":"SD-U-019","name":"Mission Specialist Defender","aliases":[],"manufacturer":"VideoRay","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"military","primary_roles":["heavy-payload missions","EOD","complex control tasks"],"status":"active","autonomy_level":"remotely operated","length_m":0.711,"max_depth_m":300,"range_km":null,"endurance":null,"speed":"Forward thrust 23.6 kg; reverse 15.0 kg; lateral 8.6 kg; 4 horizontal and 3 vertical thrusters","payload":"Larger payloads and specialized operations; lifting 9.5 kg; optional manipulator, sonar, USBL, and navigation package","description":"Heavy-payload ROV built for challenging missions and frequently marketed into defense/EOD roles.","notes":"Current official Defender datasheet lists 300 m standard depth with 1,000 m optional configuration.","source_url":"https://videoray.com/products/mission-specialist-defender/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-019/1.png","/images/drones/SD-U-019/2.png","/images/drones/SD-U-019/3.png"],"long_description":"Mission Specialist Defender is a military ROV platform developed by VideoRay in United States. Heavy-payload ROV built for challenging missions and frequently marketed into defense/EOD roles. Primary published roles include heavy-payload missions, EOD, and complex control tasks. Published specifications include length about 0.711 m; depth rating up to 300 m; speed Forward thrust 23.6 kg; reverse 15.0 kg; lateral 8.6 kg; 4 horizontal and 3 vertical thrusters; payload/configuration notes: Larger payloads and specialized operations; lifting 9.5 kg; optional manipulator, sonar, USBL, and navigation package. Its control mode is described publicly as remotely operated. Current public status: active. Current official Defender datasheet lists 300 m standard depth with 1,000 m optional configuration.","tech_docs":[{"title":"Mission Specialist Defender – VideoRay Official Product Page","url":"https://videoray.com/products/mission-specialist-defender/"},{"title":"Mission Specialist Defender Datasheet – VideoRay","url":"https://videoray.com/wp-content/uploads/2025_SpecSheet_Defender-2.0.1.pdf"}],"mmsi":null},{"id":"SD-U-020","name":"Mission Specialist Pro 5","aliases":[],"manufacturer":"VideoRay","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["fast inspection","search and recovery","confined-space operations"],"status":"active","autonomy_level":"remotely operated","length_m":0.496,"max_depth_m":305,"range_km":null,"endurance":null,"speed":"Max speed > 4.4 kn","payload":"Manipulator options plus Blueprint Oculus forward-looking multibeam sonar","description":"Compact three-thruster ROV optimized for speed and efficiency.","notes":"Official Pro 5 datasheet lists a 100 m neutral buoyancy performance tether and modular payload architecture.","source_url":"https://videoray.com/products/mission-specialist-pro-5/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-020/1.png","/images/drones/SD-U-020/2.png","/images/drones/SD-U-020/3.png"],"long_description":"Mission Specialist Pro 5 is a dual-use ROV platform developed by VideoRay in United States. Compact three-thruster ROV optimized for speed and efficiency. Primary published roles include fast inspection, search and recovery, and confined-space operations. Published specifications include length about 0.496 m; depth rating up to 305 m; speed Max speed > 4.4 kn; payload/configuration notes: Manipulator options plus Blueprint Oculus forward-looking multibeam sonar. Its control mode is described publicly as remotely operated. Current public status: active. Official Pro 5 datasheet lists a 100 m neutral buoyancy performance tether and modular payload architecture.","tech_docs":[{"title":"Mission Specialist Pro 5 – VideoRay Official Product Page","url":"https://videoray.com/products/mission-specialist-pro-5/"},{"title":"Mission Specialist Pro 5 Datasheet – VideoRay","url":"https://videoray.com/wp-content/uploads/2021/12/20_MS_PRO5.pdf"}],"mmsi":null},{"id":"SD-U-021","name":"SEAEXPLORER 1000","aliases":[],"manufacturer":"ALSEAMAR","origin_country":"France","platform_domain":"underwater","vehicle_class":"Glider","sector":"dual-use","primary_roles":["oceanography","oil and gas","defense sensing","environmental data collection"],"status":"active","autonomy_level":"autonomous","length_m":2,"max_depth_m":1000,"range_km":null,"endurance":"up to 110 days","speed":null,"payload":"up to 8 kg or six sensors","description":"Newest-generation autonomous underwater glider with up to 110-day endurance and low acoustic signature.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/alseamar/seaexplorer-1000/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-021/1.png","/images/drones/SD-U-021/2.jpg","/images/drones/SD-U-021/3.png"],"long_description":"SEAEXPLORER 1000 is a dual-use Glider platform developed by ALSEAMAR in France. Newest-generation autonomous underwater glider with up to 110-day endurance and low acoustic signature. It is positioned for oceanography, oil and gas, defense sensing, and environmental data collectionand is listed publicly as active. Published specifications captured in this database include reported endurance of up to 110 days and payload information listed as up to 8 kg or six sensors. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SEAEXPLORER 1000 – ALSEAMAR Official Product Page","url":"https://www.alseamar-alcen.com/ocean-science-sector/seaexplorer-gliders/seaexplorer-1000/"}],"mmsi":null},{"id":"SD-U-022","name":"SEAEXPLORER 200","aliases":[],"manufacturer":"ALSEAMAR","origin_country":"France","platform_domain":"underwater","vehicle_class":"Glider","sector":"dual-use","primary_roles":["coastal research","environmental monitoring","defense support"],"status":"active","autonomy_level":"autonomous","length_m":2.2,"max_depth_m":200,"range_km":1350,"endurance":"up to 75 days (single battery) or 135 days (dual battery)","speed":"1 kt","payload":null,"description":"Shallow-water underwater glider optimized for 20 to 200 meter operations.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/alseamar/seaexplorer-200/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-022/1.png","/images/drones/SD-U-022/2.png","/images/drones/SD-U-022/3.png"],"long_description":"SEAEXPLORER 200 is a dual-use Glider platform developed by ALSEAMAR in France. Shallow-water underwater glider optimized for 20 to 200 meter operations. It is positioned for coastal research, environmental monitoring, and defense supportand is listed publicly as active. Published specifications captured in this database include a published depth rating of 200 m. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SEAEXPLORER 200 – ALSEAMAR Official Product Page","url":"https://www.alseamar-alcen.com/ocean-science-sector/seaexplorer-gliders/seaexplorer-200/"}],"mmsi":null},{"id":"SD-U-023","name":"SPECTRA ROV","aliases":[],"manufacturer":"Deep Trekker","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["offshore inspection","repair","maintenance","survey"],"status":"active","autonomy_level":"remotely operated","length_m":null,"max_depth_m":1000,"range_km":null,"endurance":null,"speed":"forward speed exceeding 4 knots","payload":"Rotating stereo camera with 4K video, 12 MP imagery, and 3D mapping / metrology tooling","description":"Inspection-class ROV for offshore inspection, repair, and maintenance up to 1,000 m depth.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/deep-trekker/spectra-rov/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-023/1.png","/images/drones/SD-U-023/2.png","/images/drones/SD-U-023/3.jpg"],"long_description":"SPECTRA ROV is a dual-use ROV platform developed by Deep Trekker in Canada. Inspection-class ROV for offshore inspection, repair, and maintenance up to 1,000 m depth. It is positioned for offshore inspection, repair, maintenance, and surveyand is listed publicly as active. Published specifications captured in this database include a published depth rating of 1000 m. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"SPECTRA ROV – Deep Trekker Official Product Page","url":"https://www.deeptrekker.com/shop/products/spectra-base-package"},{"title":"Deep Trekker Underwater ROVs – Official Product Family Page","url":"https://www.deeptrekker.com/products/underwater-rov"}],"mmsi":null},{"id":"SD-U-024","name":"PHOTON ROV","aliases":[],"manufacturer":"Deep Trekker","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"ROV","sector":"civilian","primary_roles":["portable inspection","observation","micro-ROV missions"],"status":"active","autonomy_level":"remotely operated","length_m":0.481,"max_depth_m":120,"range_km":null,"endurance":null,"speed":null,"payload":"Enhanced 4K camera, LED floodlights, swappable battery, 100 m tether and tether reel","description":"Portable micro-ROV built for rugged field inspection work.","notes":"Official Deep Trekker specs list six independent reversible thrusters and tether options up to 300 m.","source_url":"https://www.deeptrekker.com/products/underwater-rov/photon","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-024/1.png","/images/drones/SD-U-024/2.jpg","/images/drones/SD-U-024/3.png"],"long_description":"PHOTON ROV is a civilian ROV platform developed by Deep Trekker in Canada. Portable micro-ROV built for rugged field inspection work. Primary published roles include portable inspection, observation, and micro-ROV missions. Published specifications include length about 0.481 m; depth rating up to 120 m; payload/configuration notes: Enhanced 4K camera, LED floodlights, swappable battery, 100 m tether and tether reel. Its control mode is described publicly as remotely operated. Current public status: active. Official Deep Trekker specs list six independent reversible thrusters and tether options up to 300 m.","tech_docs":[{"title":"PHOTON Underwater ROV – Deep Trekker Official Product Page","url":"https://www.deeptrekker.com/products/underwater-rov/photon"}],"mmsi":null},{"id":"SD-U-025","name":"DTG3 ROV","aliases":[],"manufacturer":"Deep Trekker","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"ROV","sector":"civilian","primary_roles":["underwater survey","observation","quick deployment"],"status":"active","autonomy_level":"remotely operated","length_m":0.279,"max_depth_m":200,"range_km":null,"endurance":null,"speed":null,"payload":"Enhanced 4K camera; optional sonar, manipulator, and water quality add-ons","description":"Observation-class ROV for quick deployment and reliable surveys.","notes":"Official Deep Trekker specs describe DTG3 as a compact inspection ROV with magnetically coupled/sealed drives.","source_url":"https://www.deeptrekker.com/resources/dtg3-spec-sheet","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-025/1.jpg","/images/drones/SD-U-025/2.jpg","/images/drones/SD-U-025/3.png"],"long_description":"DTG3 ROV is a civilian ROV platform developed by Deep Trekker in Canada. Observation-class ROV for quick deployment and reliable surveys. Primary published roles include underwater survey, observation, and quick deployment. Published specifications include length about 0.279 m; depth rating up to 200 m; payload/configuration notes: Enhanced 4K camera; optional sonar, manipulator, and water quality add-ons. Its control mode is described publicly as remotely operated. Current public status: active. Official Deep Trekker specs describe DTG3 as a compact inspection ROV with magnetically coupled/sealed drives.","tech_docs":[{"title":"DTG3 Underwater ROV – Deep Trekker Official Product Page","url":"https://www.deeptrekker.com/products/underwater-rov/dtg3"},{"title":"DTG3 Technical Specifications – Deep Trekker","url":"https://www.deeptrekker.com/resources/dtg3-spec-sheet"}],"mmsi":null},{"id":"SD-U-026","name":"REVOLUTION ROV","aliases":[],"manufacturer":"Deep Trekker","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["deep inspection","payload operations","stabilized subsea work"],"status":"active","autonomy_level":"remotely operated","length_m":0.717,"max_depth_m":305,"range_km":null,"endurance":null,"speed":null,"payload":"Enhanced 4K camera, laser scaler, imaging sonar and grabber support via BRIDGE software integrations","description":"Advanced six-thruster ROV for demanding underwater missions.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/deep-trekker/revolution-remotely-operated-vehicle/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-026/1.jpg","/images/drones/SD-U-026/2.png","/images/drones/SD-U-026/3.jpg"],"long_description":"REVOLUTION ROV is a dual-use ROV platform developed by Deep Trekker in Canada. Advanced six-thruster ROV for demanding underwater missions. It is positioned for deep inspection, payload operations, and stabilized subsea workand is listed publicly as active. Published specifications captured in this database include a published depth rating of 305 m. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"REVOLUTION ROV – Deep Trekker Official Product Page","url":"https://www.deeptrekker.com/shop/products/revolution-x-rov"},{"title":"REVOLUTION ROV Spec Sheet – Deep Trekker","url":"https://www.deeptrekker.com/resources/revolution-rov-spec-sheet"},{"title":"REVOLUTION ROV User Manual – Deep Trekker","url":"https://www.deeptrekker.com/resources/revolution-manual"}],"mmsi":null},{"id":"SD-U-027","name":"PIVOT ROV","aliases":["Deep Trekker Pivot"],"manufacturer":"Deep Trekker","origin_country":"Canada","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","photogrammetry","search","portable subsea work"],"status":"active","autonomy_level":"remotely operated","length_m":0.576,"max_depth_m":305,"range_km":null,"endurance":null,"speed":null,"payload":"Built for 3D modeling and advanced inspection; supports imaging, sonar, and manipulator-class add-ons","description":"Portable ROV positioned around advanced location tracking and stable control.","notes":"Official Deep Trekker specs list the PIVOT as a deeper-rated compact inspection platform with magnetically coupled/sealed drives.","source_url":"https://www.deeptrekker.com/resources/pivot-spec-sheet","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-027/1.png","/images/drones/SD-U-027/2.png","/images/drones/SD-U-027/3.jpg"],"long_description":"PIVOT ROV is a dual-use ROV platform developed by Deep Trekker in Canada. Portable ROV positioned around advanced location tracking and stable control. Primary published roles include inspection, photogrammetry, search, and portable subsea work. Published specifications include length about 0.576 m; depth rating up to 305 m; payload/configuration notes: Built for 3D modeling and advanced inspection; supports imaging, sonar, and manipulator-class add-ons. Its control mode is described publicly as remotely operated. Current public status: active. Official Deep Trekker specs list the PIVOT as a deeper-rated compact inspection platform with magnetically coupled/sealed drives.","tech_docs":[{"title":"PIVOT Underwater ROV – Deep Trekker Official Product Page","url":"https://www.deeptrekker.com/products/underwater-rov/pivot"},{"title":"PIVOT Technical Specifications – Deep Trekker","url":"https://www.deeptrekker.com/resources/pivot-spec-sheet"}],"mmsi":null},{"id":"SD-U-028","name":"Phantom 2 UUV/AUV","aliases":[],"manufacturer":"Dynautics","origin_country":"United Kingdom","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["modular subsea missions","payload integration","autonomous underwater operations"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Scaled modular payload architecture tailored to mission requirements","description":"Next-generation modular underwater platform built on Dynautics autopilot and DP technologies.","notes":"Official Dynautics materials emphasize modular design, digital-twin-led customization, and scalable payload accommodation rather than a fixed baseline public specification.","source_url":"https://www.dynautics.com/products/phantom-uuv-auv/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-028/1.jpg","/images/drones/SD-U-028/2.jpg","/images/drones/SD-U-028/3.jpg"],"long_description":"Phantom 2 UUV/AUV is a dual-use AUV platform developed by Dynautics in United Kingdom. Next-generation modular underwater platform built on Dynautics autopilot and DP technologies. Primary published roles include modular subsea missions, payload integration, and autonomous underwater operations. Published specifications include payload/configuration notes: Scaled modular payload architecture tailored to mission requirements. Its control mode is described publicly as autonomous. Current public status: active. Official Dynautics materials emphasize modular design, digital-twin-led customization, and scalable payload accommodation rather than a fixed baseline public specification.","tech_docs":[{"title":"Phantom 2 UUV/AUV – Dynautics Official Product Page","url":"https://www.dynautics.com/products/phantom-uuv-auv/"}],"mmsi":null},{"id":"SD-U-029","name":"ecoSUBm-Power+ v2 AUV","aliases":[],"manufacturer":"ecoSUB Robotics","origin_country":"United Kingdom","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["survey","science","portable autonomous operations"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":2500,"range_km":null,"endurance":null,"speed":null,"payload":"16 kg vehicle supports survey and science payloads","description":"One-person portable next-generation AUV offered in multiple depth-rated configurations.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/ecosub-robotics/ecosubm-power-v2-auv/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-029/1.png","/images/drones/SD-U-029/2.jpg","/images/drones/SD-U-029/3.jpg"],"long_description":"ecoSUBm-Power+ v2 AUV is a dual-use AUV platform developed by ecoSUB Robotics in United Kingdom. One-person portable next-generation AUV offered in multiple depth-rated configurations. It is positioned for survey, science, and portable autonomous operationsand is listed publicly as active. Published specifications captured in this database include payload information listed as 16 kg vehicle supports survey and science payloads. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Power+ Module – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/power.html"},{"title":"ecoSUBm-Power+ v2 AUV Datasheet","url":"https://www.unmannedsystemstechnology.com/wp-content/uploads/2024/05/250401-ecoSUBm-Power-v2-Datasheet-1.pdf"}],"mmsi":null},{"id":"SD-U-030","name":"ecoSUBµ5 AUV","aliases":[],"manufacturer":"ecoSUB Robotics","origin_country":"United Kingdom","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["micro-AUV missions","portable science","deployable from other platforms"],"status":"active","autonomy_level":"autonomous","length_m":0.66,"max_depth_m":500,"range_km":null,"endurance":null,"speed":null,"payload":"Small science payloads such as CT sensor, fluorometer, SVP, hydrophone, or acoustic nano-modem","description":"Ultra-compact 500-meter micro-AUV that can be launched from UAVs, USVs, and XLUUVs.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/ecosub-robotics/ecosub%C2%B55/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-030/1.png","/images/drones/SD-U-030/2.png","/images/drones/SD-U-030/3.jpg"],"long_description":"ecoSUBµ5 AUV is a dual-use AUV platform developed by ecoSUB Robotics in United Kingdom. Ultra-compact 500-meter micro-AUV that can be launched from UAVs, USVs, and XLUUVs. It is positioned for micro-AUV missions, portable science, and deployable from other platformsand is listed publicly as active. Published specifications captured in this database include a published depth rating of 500 m. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"ecoSUBµ5 – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/ecosubu5---500-m-rated-micro-auv.html"}],"mmsi":null},{"id":"SD-U-031","name":"ecoSUBm5 & ecoSUBm25 AUV","aliases":[],"manufacturer":"ecoSUB Robotics","origin_country":"United Kingdom","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["survey","science","portable medium-depth and deep AUV missions"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":2500,"range_km":null,"endurance":null,"speed":null,"payload":"Science sensors, 4K camera, DVL and side-scan-sonar options depending on variant and depth rating","description":"Portable ecoSUBm series with 500 m and 2500 m depth-rated variants.","notes":"The combined record covers both ecoSUBm5 and ecoSUBm25; official ecoSUB pages publish 500 m and 2,500 m depth-rated variants rather than one single baseline spec sheet.","source_url":"https://www.ecosub.uk/products.html","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-031/1.jpg","/images/drones/SD-U-031/2.jpg","/images/drones/SD-U-031/3.jpg"],"long_description":"ecoSUBm5 & ecoSUBm25 AUV is a dual-use AUV platform developed by ecoSUB Robotics in United Kingdom. Portable ecoSUBm series with 500 m and 2500 m depth-rated variants. Primary published roles include survey, science, and portable medium-depth and deep AUV missions. Published specifications include depth rating up to 2500 m; payload/configuration notes: Science sensors, 4K camera, DVL and side-scan-sonar options depending on variant and depth rating. Its control mode is described publicly as autonomous. Current public status: active. The combined record covers both ecoSUBm5 and ecoSUBm25; official ecoSUB pages publish 500 m and 2,500 m depth-rated variants rather than one single baseline spec sheet.","tech_docs":[{"title":"ecoSUB Products – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/products.html"},{"title":"ecoSUBm5 – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/ecosubm5---500-m-rated-small-auv.html"},{"title":"ecoSUBm25 – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/ecosubm25---2500-m-rated-small-auv.html"}],"mmsi":null},{"id":"SD-U-032","name":"ecoSUBm5 Power+ AUV","aliases":[],"manufacturer":"ecoSUB Robotics","origin_country":"United Kingdom","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["enhanced payload survey","science missions","portable autonomous operations"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":500,"range_km":null,"endurance":null,"speed":null,"payload":"Typically configured for side-scan sonar, camera and DVL, with extra internal space and second battery set","description":"Enhanced-power ecoSUBm configuration with extra space and batteries for sensors and endurance.","notes":"Official ecoSUB materials describe ecoSUBm5 Power+ as a one-person portable high-payload variant with expanded internal volume and additional batteries.","source_url":"https://www.ecosub.uk/power.html","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-032/1.jpg","/images/drones/SD-U-032/2.png","/images/drones/SD-U-032/3.png"],"long_description":"ecoSUBm5 Power+ AUV is a dual-use AUV platform developed by ecoSUB Robotics in United Kingdom. Enhanced-power ecoSUBm configuration with extra space and batteries for sensors and endurance. Primary published roles include enhanced payload survey, science missions, and portable autonomous operations. Published specifications include depth rating up to 500 m; payload/configuration notes: Typically configured for side-scan sonar, camera and DVL, with extra internal space and second battery set. Its control mode is described publicly as autonomous. Current public status: active. Official ecoSUB materials describe ecoSUBm5 Power+ as a one-person portable high-payload variant with expanded internal volume and additional batteries.","tech_docs":[{"title":"ecoSUBm5 Power+ – ecoSUB Robotics Official Product Page","url":"https://www.ecosub.uk/power.html"},{"title":"ecoSUBm-Power+ Datasheet – Planet Ocean / ecoSUB Robotics","url":"https://planet-ocean.co.uk/wp-content/uploads/2024/01/230404-ecoSUBm-P-datasheet.pdf"}],"mmsi":null},{"id":"SD-U-033","name":"Boxfish AUV","aliases":[],"manufacturer":"Boxfish Robotics","origin_country":"New Zealand","platform_domain":"underwater","vehicle_class":"AUV","sector":"dual-use","primary_roles":["scientific research","environmental monitoring","inspection"],"status":"active","autonomy_level":"autonomous","length_m":0.73,"max_depth_m":300,"range_km":6,"endurance":"Up to 10 hours","speed":"Up to 2.5 kn","payload":"Up to four free ports for sonar and environmental sensors; standard DVL, USBL, IMU, and depth sensor suite","description":"Tetherless hovering autonomous underwater vehicle from Boxfish Robotics.","notes":"Official Boxfish materials list both 300 m and optional 600 m depth configurations; the base record retains the baseline 300 m figure.","source_url":"https://www.boxfishrobotics.com/products/boxfish-auv/boxfish-auv-features/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-033/1.jpg","/images/drones/SD-U-033/2.png","/images/drones/SD-U-033/3.png"],"long_description":"Boxfish AUV is a dual-use AUV platform developed by Boxfish Robotics in New Zealand. Tetherless hovering autonomous underwater vehicle from Boxfish Robotics. Primary published roles include scientific research, environmental monitoring, and inspection. Published specifications include length about 0.73 m; depth rating up to 300 m; range about 6 km; endurance Up to 10 hours; speed Up to 2.5 kn; payload/configuration notes: Up to four free ports for sonar and environmental sensors; standard DVL, USBL, IMU, and depth sensor suite. Its control mode is described publicly as autonomous. Current public status: active. Official Boxfish materials list both 300 m and optional 600 m depth configurations; the base record retains the baseline 300 m figure.","tech_docs":[{"title":"Boxfish AUV – Boxfish Robotics Official Product Page","url":"https://www.boxfishrobotics.com/products/boxfish-auv/boxfish-auv-features/"},{"title":"Boxfish AUV Technical Specifications – Boxfish Robotics","url":"https://www.boxfishrobotics.com/products/boxfish-auv/boxfish-auv-features/"}],"mmsi":null},{"id":"SD-U-034","name":"Boxfish Alpha ROV","aliases":[],"manufacturer":"Boxfish Robotics","origin_country":"New Zealand","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","observation","professional subsea operations"],"status":"active","autonomy_level":"remotely operated","length_m":0.714,"max_depth_m":300,"range_km":null,"endurance":"Up to 12 hours","speed":null,"payload":"Five standard ports plus optional USBL, DVL, imaging sonar, grabber, samplers, power brush, and environmental sensors","description":"Next-generation ROV for inspection and observation.","notes":"Official Boxfish materials position Alpha as a lighter-duty inspection and observation ROV derived from the larger Boxfish ROV platform.","source_url":"https://www.boxfishrobotics.com/products/boxfish-alpha/features/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-034/1.jpg","/images/drones/SD-U-034/2.png","/images/drones/SD-U-034/3.png"],"long_description":"Boxfish Alpha ROV is a dual-use ROV platform developed by Boxfish Robotics in New Zealand. Next-generation ROV for inspection and observation. Primary published roles include inspection, observation, and professional subsea operations. Published specifications include length about 0.714 m; depth rating up to 300 m; endurance Up to 12 hours; payload/configuration notes: Five standard ports plus optional USBL, DVL, imaging sonar, grabber, samplers, power brush, and environmental sensors. Its control mode is described publicly as remotely operated. Current public status: active. Official Boxfish materials position Alpha as a lighter-duty inspection and observation ROV derived from the larger Boxfish ROV platform.","tech_docs":[{"title":"Boxfish Alpha – Boxfish Robotics Official Product Page","url":"https://www.boxfishrobotics.com/products/boxfish-alpha/features/"},{"title":"Boxfish Alpha Technical Specifications – Boxfish Robotics","url":"https://www.boxfishrobotics.com/products/boxfish-alpha/technical-specifications/"}],"mmsi":null},{"id":"SD-U-035","name":"Boxfish ROV","aliases":[],"manufacturer":"Boxfish Robotics","origin_country":"New Zealand","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","observation","remote expeditions"],"status":"active","autonomy_level":"remotely operated","length_m":0.714,"max_depth_m":500,"range_km":null,"endurance":"Up to 15 hours","speed":null,"payload":"Seven standard ports plus optional USBL, DVL, imaging sonar, grabber, samplers, and environmental sensors","description":"Professional ROV for inspection, observation, and remote expeditions.","notes":"Official Boxfish materials list 500 m standard depth with optional 1,000 m configuration.","source_url":"https://www.boxfishrobotics.com/products/boxfish-rov/specifications/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-035/1.jpg","/images/drones/SD-U-035/2.png","/images/drones/SD-U-035/3.png"],"long_description":"Boxfish ROV is a dual-use ROV platform developed by Boxfish Robotics in New Zealand. Professional ROV for inspection, observation, and remote expeditions. Primary published roles include inspection, observation, and remote expeditions. Published specifications include length about 0.714 m; depth rating up to 500 m; endurance Up to 15 hours; payload/configuration notes: Seven standard ports plus optional USBL, DVL, imaging sonar, grabber, samplers, and environmental sensors. Its control mode is described publicly as remotely operated. Current public status: active. Official Boxfish materials list 500 m standard depth with optional 1,000 m configuration.","tech_docs":[{"title":"Boxfish ROV – Boxfish Robotics Official Product Page","url":"https://www.boxfishrobotics.com/products/boxfish-rov/specifications/"},{"title":"Boxfish ROV Brochure – Boxfish Robotics","url":"https://www.boxfishrobotics.com/wp-content/uploads/2021/06/Boxfish-ROV-Brochure.pdf"}],"mmsi":null},{"id":"SD-U-036","name":"Boxfish Luna","aliases":[],"manufacturer":"Boxfish Robotics","origin_country":"New Zealand","platform_domain":"underwater","vehicle_class":"ROV","sector":"civilian","primary_roles":["underwater cinematography","media production","creative subsea work"],"status":"active","autonomy_level":"remotely operated","length_m":0.714,"max_depth_m":null,"range_km":null,"endurance":"up to 15 hours","speed":null,"payload":"Integrated professional cinematography camera system with up to 8K / 4K capture options","description":"Submersible cinematography-oriented underwater drone.","notes":null,"source_url":"https://www.unmannedsystemstechnology.com/company/boxfish-robotics/","source_type":"industry_directory","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-036/1.png","/images/drones/SD-U-036/2.jpg","/images/drones/SD-U-036/3.jpg"],"long_description":"Boxfish Luna is a civilian ROV platform developed by Boxfish Robotics in New Zealand. Submersible cinematography-oriented underwater drone. It is positioned for underwater cinematography, media production, and creative subsea workand is listed publicly as active. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Boxfish Luna Technical Specifications – Boxfish Robotics","url":"https://www.boxfishrobotics.com/products/boxfish-luna/specifications/"},{"title":"Boxfish Luna Brochure – Boxfish Robotics","url":"https://www.boxfishrobotics.com/wp-content/uploads/2024/08/Boxfish-Luna_Brochure_220810.pdf"}],"mmsi":null},{"id":"SD-U-037","name":"BlueROV2","aliases":[],"manufacturer":"Blue Robotics","origin_country":"United States","platform_domain":"underwater","vehicle_class":"ROV","sector":"dual-use","primary_roles":["inspection","research","exploration"],"status":"active","autonomy_level":"remotely operated","length_m":0.457,"max_depth_m":100,"range_km":null,"endurance":null,"speed":"Maximum forward speed 1 m/s (2 knots)","payload":"Six-thruster ROV platform with camera, lights, and accessory-ready enclosure","description":"Highly customizable underwater ROV with open-source software and large installed base.","notes":null,"source_url":"https://bluerobotics.com/store/rov/bluerov2/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-037/1.jpg","/images/drones/SD-U-037/2.jpg","/images/drones/SD-U-037/3.jpg"],"long_description":"BlueROV2 is a dual-use ROV platform developed by Blue Robotics in United States. Highly customizable underwater ROV with open-source software and large installed base. It is positioned for inspection, research, and explorationand is listed publicly as active. The platform is described as remotely operated in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"BlueROV2 – Blue Robotics Official Product Page","url":"https://bluerobotics.com/store/rov/bluerov2/"},{"title":"BlueROV2 Technical Specifications – Blue Robotics","url":"https://bluerobotics.com/wp-content/uploads/2017/03/br_bluerov2_datasheet_rev3-bleed-dragged.pdf"}],"mmsi":null},{"id":"SD-U-038","name":"Bluefin-9","aliases":[],"manufacturer":"General Dynamics Mission Systems","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["high-resolution data collection","survey","mine hunting support"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Integrated Sonardyne Solstice multi-aperture side-scan sonar, HD machine vision camera, sound velocity, temperature, pressure, turbidity, and fluorometry sensors","description":"Two-man-portable lightweight autonomous UUV with fast turnaround time.","notes":null,"source_url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-9-autonomous-underwater-vehicle","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-038/1.png","/images/drones/SD-U-038/2.jpg","/images/drones/SD-U-038/3.jpg"],"long_description":"Bluefin-9 is a dual-use UUV platform developed by General Dynamics Mission Systems in United States. Two-man-portable lightweight autonomous UUV with fast turnaround time. It is positioned for high-resolution data collection, survey, and mine hunting supportand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Bluefin-9 – General Dynamics Mission Systems Official Product Page","url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-9-autonomous-underwater-vehicle"},{"title":"Bluefin-9 Datasheet – General Dynamics Mission Systems","url":"https://gdmissionsystems.com/-/media/general-dynamics/maritime-and-strategic-systems/bluefin/pdf/bluefin-9-auv-datasheet.ashx"}],"mmsi":null},{"id":"SD-U-039","name":"Bluefin-12","aliases":[],"manufacturer":"General Dynamics Mission Systems","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["mission-critical data collection","survey","defense and academic missions"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Integrated survey package with side-scan sonar, environmental sensors, HD machine vision camera, and 1 TB removable data storage module","description":"Lightweight medium-class UUV with embedded intelligence and modularity.","notes":null,"source_url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-12-unmanned-underwater-vehicle","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-039/1.jpg","/images/drones/SD-U-039/2.png","/images/drones/SD-U-039/3.jpg"],"long_description":"Bluefin-12 is a dual-use UUV platform developed by General Dynamics Mission Systems in United States. Lightweight medium-class UUV with embedded intelligence and modularity. It is positioned for mission-critical data collection, survey, and defense and academic missionsand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Bluefin-12 – General Dynamics Mission Systems Official Product Page","url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-12-unmanned-underwater-vehicle"},{"title":"Bluefin-12 Datasheet – General Dynamics Mission Systems","url":"https://gdmissionsystems.com/-/media/general-dynamics/maritime-and-strategic-systems/bluefin/pdf/bluefin-12-uuv-datasheet.ashx"}],"mmsi":null},{"id":"SD-U-040","name":"Bluefin-21","aliases":[],"manufacturer":"General Dynamics Mission Systems","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["deep operations","modular survey","defense and commercial subsea work"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Highly modular deep-rated UUV with swappable payload sections and battery modules","description":"Highly modular large UUV with high energy capacity for extended operations at great depth.","notes":null,"source_url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-21-autonomous-underwater-vehicle","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-040/1.png","/images/drones/SD-U-040/2.jpg","/images/drones/SD-U-040/3.jpg"],"long_description":"Bluefin-21 is a dual-use UUV platform developed by General Dynamics Mission Systems in United States. Highly modular large UUV with high energy capacity for extended operations at great depth. It is positioned for deep operations, modular survey, and defense and commercial subsea workand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Bluefin-21 – General Dynamics Mission Systems Official Product Page","url":"https://gdmissionsystems.com/products/underwater-vehicles/bluefin-21-autonomous-underwater-vehicle"},{"title":"Bluefin-21 Datasheet – General Dynamics Mission Systems","url":"https://gdmissionsystems.com/-/media/general-dynamics/maritime-and-strategic-systems/bluefin/pdf/maritime-bluefin-21-uuv-datasheet.ashx"}],"mmsi":null},{"id":"SD-U-041","name":"REMUS 100","aliases":[],"manufacturer":"HII","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["survey","search and recovery","training","mine countermeasures"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":100,"range_km":null,"endurance":"up to 10 hours","speed":"up to 4.5 knots","payload":null,"description":"Small REMUS platform widely used for survey and training missions.","notes":null,"source_url":"https://hii.com/news/united-kingdom-royal-navy-acquires-remus-100-unmanned-underwater-vehicle/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-041/1.png","/images/drones/SD-U-041/2.jpg","/images/drones/SD-U-041/3.jpg"],"long_description":"REMUS 100 is a dual-use UUV platform developed by HII in United States. Small REMUS platform widely used for survey and training missions. It is positioned for survey, search and recovery, training, and mine countermeasuresand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"REMUS 100 – HII/WHOI Overview Page","url":"https://www2.whoi.edu/site/osl/vehicles/remus-100/"},{"title":"REMUS UUVs - HII","url":"https://www.hii.com/products/remus-uuvs"}],"mmsi":null},{"id":"SD-U-042","name":"REMUS 300","aliases":[],"manufacturer":"HII","origin_country":"United States","platform_domain":"underwater","vehicle_class":"SUUV","sector":"dual-use","primary_roles":["multi-mission adaptability","naval missions","commercial and research"],"status":"active","autonomy_level":"autonomous","length_m":2.39,"max_depth_m":305,"range_km":110,"endurance":"up to 30 hours","speed":"max speed of 4.0+ knots","payload":null,"description":"Next-generation two-person-portable UUV and commercial basis for the U.S. Navy Lionfish program.","notes":null,"source_url":"https://www.hii.com/products/remus-300-uuvs","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-042/1.png","/images/drones/SD-U-042/2.jpg","/images/drones/SD-U-042/3.jpg"],"long_description":"REMUS 300 is a dual-use SUUV platform developed by HII in United States. Next-generation two-person-portable UUV and commercial basis for the U.S. Navy Lionfish program. It is positioned for multi-mission adaptability, naval missions, and commercial and researchand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"REMUS 300 - HII","url":"https://www.hii.com/products/remus-300-uuvs"},{"title":"REMUS UUVs - HII","url":"https://www.hii.com/products/remus-uuvs"}],"mmsi":null},{"id":"SD-U-043","name":"REMUS 620","aliases":[],"manufacturer":"HII","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["long-range missions","collaborative autonomy","submarine tube launch/recovery experiments"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":600,"range_km":509,"endurance":"up to 110 hours","speed":"up to 8 knots","payload":null,"description":"Second-generation medium-class UUV engineered for endurance, mission capacity, and collaborative autonomy.","notes":"Search snippets cite 275 nm range.","source_url":"https://www.hii.com/products/remus-620-uuvs","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-043/1.jpg","/images/drones/SD-U-043/2.jpg","/images/drones/SD-U-043/3.png"],"long_description":"REMUS 620 is a dual-use UUV platform developed by HII in United States. Second-generation medium-class UUV engineered for endurance, mission capacity, and collaborative autonomy. It is positioned for long-range missions, collaborative autonomy, and submarine tube launch/recovery experimentsand is listed publicly as active. Published specifications captured in this database include reported endurance of up to 110 hours. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Search snippets cite 275 nm range.","tech_docs":[{"title":"REMUS 620 - HII","url":"https://www.hii.com/products/remus-620-uuvs"},{"title":"REMUS UUVs - HII","url":"https://www.hii.com/products/remus-uuvs"}],"mmsi":null},{"id":"SD-U-044","name":"REMUS 6000","aliases":[],"manufacturer":"HII","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"dual-use","primary_roles":["deep-water exploration","high-capacity payload integration","complex undersea missions"],"status":"active","autonomy_level":"autonomous","length_m":5.2,"max_depth_m":6000,"range_km":null,"endurance":"up to 25 hours at 3.0 knots","speed":"0-4.2 knots","payload":null,"description":"Large-class UUV for deep-water exploration and high-capacity payload integration.","notes":null,"source_url":"https://www.hii.com/products/remus-6000-uuvs","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-044/1.jpg","/images/drones/SD-U-044/2.jpg","/images/drones/SD-U-044/3.png"],"long_description":"REMUS 6000 is a dual-use UUV platform developed by HII in United States. Large-class UUV for deep-water exploration and high-capacity payload integration. It is positioned for deep-water exploration, high-capacity payload integration, and complex undersea missionsand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"REMUS 6000 - HII","url":"https://www.hii.com/products/remus-6000-uuvs"},{"title":"REMUS UUVs - HII","url":"https://www.hii.com/products/remus-uuvs"}],"mmsi":null},{"id":"SD-U-045","name":"Orca XLUUV","aliases":["Boeing Orca XLUUV"],"manufacturer":"Boeing","origin_country":"United States","platform_domain":"underwater","vehicle_class":"XLUUV","sector":"military","primary_roles":["long-range undersea operations","seabed mooring","strategic UUV missions"],"status":"active","autonomy_level":"autonomous","length_m":16,"max_depth_m":null,"range_km":12038,"endurance":null,"speed":null,"payload":"10.4 m modular payload section supporting up to 8 tons (dry) of mission systems","description":"Autonomous extra-large UUV for the U.S. Navy, marketed for monthslong long-range missions.","notes":"Boeing lists 6,500 nautical miles total endurance; Boeing annual report lists Orca at 51 ft (16 m) length and 8.5 ft diameter.","source_url":"https://www.boeing.com/defense/autonomous-and-unmanned-systems/xluuv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-045/1.jpg","/images/drones/SD-U-045/2.jpeg","/images/drones/SD-U-045/3.jpeg"],"long_description":"Orca XLUUV is a military XLUUV platform developed by Boeing in United States. Autonomous extra-large UUV for the U.S. Navy, marketed for monthslong long-range missions. It is positioned for long-range undersea operations, seabed mooring, and strategic UUV missionsand is listed publicly as active. Published specifications captured in this database include a published length of about 16 m and a reported range of about 12038 km. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Boeing lists 6,500 nautical miles total endurance; Boeing annual report lists Orca at 51 ft (16 m) length and 8.5 ft diameter.","tech_docs":[{"title":"Orca / XLUUV – Boeing Official Product Page","url":"https://www.boeing.com/defense/autonomous-and-unmanned-systems/xluuv"}],"mmsi":null},{"id":"SD-U-046","name":"Manta Ray","aliases":[],"manufacturer":"Northrop Grumman","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"military","primary_roles":["long-duration missions","long-range undersea operations","DARPA technology demonstration"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Payload-capable modular UUV designed for long-duration, long-range missions with seafloor hibernation capability","description":"New class of uncrewed underwater vehicle for long-duration, long-range operations.","notes":null,"source_url":"https://www.northropgrumman.com/what-we-do/mission-solutions/sensors/manta-ray","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-046/1.jpg","/images/drones/SD-U-046/2.jpg","/images/drones/SD-U-046/3.jpg"],"long_description":"Manta Ray is a military UUV platform developed by Northrop Grumman in United States. New class of uncrewed underwater vehicle for long-duration, long-range operations. It is positioned for long-duration missions, long-range undersea operations, and DARPA technology demonstrationand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Manta Ray – Northrop Grumman Official Product Page","url":"https://www.northropgrumman.com/what-we-do/mission-solutions/sensors/manta-ray"},{"title":"Manta Ray Program – DARPA","url":"https://www.darpa.mil/research/programs/manta-ray"}],"mmsi":null},{"id":"SD-U-047","name":"BlueWhale","aliases":["ELI-3325"],"manufacturer":"IAI / ELTA / ATLAS ELEKTRONIK","origin_country":"Israel","platform_domain":"underwater","vehicle_class":"UUV","sector":"military","primary_roles":["anti-submarine warfare","covert maritime missions","ISR"],"status":"active","autonomy_level":"autonomous","length_m":10.9,"max_depth_m":300,"range_km":null,"endurance":"2-3 weeks","speed":"7 knots","payload":null,"description":"Large autonomous submarine for covert ISR and mine-countermeasure support with onboard target detection and processing.","notes":"IAI press release lists BlueWhale at 10.9 m length, 1.12 m diameter, and 5.5 tons.","source_url":"https://www.iai.co.il/press/the-bundeswehr-navy-concludes-a-two-week-evaluation-of-the-israeli-developed-bluewhale-uncrewed-submarine/","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-047/1.jpg","/images/drones/SD-U-047/2.jpg","/images/drones/SD-U-047/3.jpg"],"long_description":"BlueWhale is a military UUV platform developed by IAI / ELTA / ATLAS ELEKTRONIK in Israel. Large autonomous submarine for covert ISR and mine-countermeasure support with onboard target detection and processing. It is positioned for anti-submarine warfare, covert maritime missions, and ISRand is listed publicly as active. Published specifications captured in this database include a published length of about 10.9 m, reported endurance of 2-3 weeks, and reported speed of 7 knots. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: IAI press release lists BlueWhale at 10.9 m length, 1.12 m diameter, and 5.5 tons.","tech_docs":[{"title":"BlueWhale System ELI-3325 – IAI Official Product Page","url":"https://www.iai.co.il/product/bluewhale-system-eli-3325/"},{"title":"BlueWhale – IAI Official News/Overview","url":"https://www.iai.co.il/news/bluewhale-the-silent-hunter/"}],"mmsi":null},{"id":"SD-U-048","name":"Ghost Shark","aliases":[],"manufacturer":"Anduril","origin_country":"Australia","platform_domain":"underwater","vehicle_class":"XLAUV","sector":"military","primary_roles":["extra-large autonomous undersea operations","RAN force development","long-range missions"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":null,"description":"Australian extra-large autonomous undersea vehicle that entered a formal program of record in 2025.","notes":null,"source_url":"https://www.anduril.com/news/ghost-shark-enters-program-of-record-from-prototype-to-fleet-in-three-years","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-048/1.jpg","/images/drones/SD-U-048/2.jpg","/images/drones/SD-U-048/3.jpg"],"long_description":"Ghost Shark is a military XLAUV platform developed by Anduril in Australia. Australian extra-large autonomous undersea vehicle that entered a formal program of record in 2025. It is positioned for extra-large autonomous undersea operations, RAN force development, and long-range missionsand is listed publicly as active. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","tech_docs":[{"title":"Ghost Shark Program of Record – Anduril Official News","url":"https://www.anduril.com/news/ghost-shark-enters-program-of-record-from-prototype-to-fleet-in-three-years"},{"title":"Ghost Shark Factory – Anduril Official News","url":"https://www.anduril.com/news/anduril-australia-to-build-ghost-shark-factory"}],"mmsi":null},{"id":"SD-U-049","name":"HSU-001","aliases":[],"manufacturer":"People's Liberation Army Navy","origin_country":"China","platform_domain":"underwater","vehicle_class":"LDUUV","sector":"military","primary_roles":["reconnaissance","seabed warfare","military experimentation"],"status":"active","autonomy_level":"autonomous / unknown","length_m":5,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"public details limited","description":"Chinese large-displacement unmanned underwater vehicle with limited public technical detail.","notes":null,"source_url":"https://en.wikipedia.org/wiki/HSU-001","source_type":"wikipedia","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-049/1.jpg","/images/drones/SD-U-049/2.jpg","/images/drones/SD-U-049/3.jpg"],"long_description":"HSU-001 is a military LDUUV platform developed by People's Liberation Army Navy in China. Chinese large-displacement unmanned underwater vehicle with limited public technical detail. It is positioned for reconnaissance, seabed warfare, and military experimentationand is listed publicly as active. Published specifications captured in this database include a published length of about 5 m and payload information listed as public details limited. The platform is described as autonomous / unknown in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers.","mmsi":null},{"id":"SD-S-035","name":"Modular Attack Surface Craft (MASC)","aliases":["MASC"],"manufacturer":"BlackSea Technologies","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["payload transport","autonomous navigation"],"status":null,"autonomy_level":null,"length_m":20.1,"max_depth_m":null,"range_km":5556,"endurance":null,"speed":null,"payload":"67,200 lb (30,480 kg) payload capacity","description":"66-foot modular catamaran USV supporting seven mission profiles including ASW, strike, and EW/ISR, with 67,200 lbs payload capacity and 3,000 nm range.","notes":"BlackSea unveiled MASC as a modular USV family intended to support U.S. Navy fleet modernization; the manufacturer field here reflects the developer rather than the intended end user.","source_url":"https://thedefensepost.com/2025/09/25/blacksea-modular-usv-navy/","source_type":"news","last_verified":"2026-04-17","gallery_images":["/images/drones/SD-S-035/1.webp","/images/drones/SD-S-035/2-angle.jpg","/images/drones/SD-S-035/3-detail.jpg"],"tech_docs":[{"title":"BlackSea's new modular USV for US Navy missions - The Defense Post","url":"https://thedefensepost.com/2025/09/25/blacksea-modular-usv-navy/"}],"long_description":"Modular Attack Surface Craft (MASC) is a military USV platform developed by BlackSea Technologies in United States. 66-foot modular catamaran USV supporting seven mission profiles including ASW, strike, and EW/ISR, with 67,200 lbs payload capacity and 3,000 nm range. It is positioned for payload transport and autonomous navigation. Published specifications captured in this database include a published length of about 20.1 m, a reported range of about 5556 km, and payload information listed as 67,200 lb (30,480 kg) payload capacity. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: BlackSea unveiled MASC as a modular USV family intended to support U.S. Navy fleet modernization; the manufacturer field here reflects the developer rather than the intended end user.","mmsi":null},{"id":"SD-S-036","name":"Multi Mission Uncrewed Surface Vessel (MMUSV)","aliases":["MMUSV"],"manufacturer":"Textron Systems","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["surface warfare","mine countermeasures","ISR","SIGINT","towing","multi-mission naval operations"],"status":"active","autonomy_level":"autonomous / supervised","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"Up to 13,000 lb payload capacity; 4,000+ lb towing capacity","description":"Fifth-generation multi-mission USV building on the proven CUSV platform, with doubled payload capacity up to 5,900 kg and operations through Sea State 5.","notes":"Textron describes MMUSV as the fifth-generation CUSV with survivability up to Sea State 5 and roughly double the fuel and payload capacity of earlier craft.","source_url":"https://www.textronsystems.com/our-company/news-events/articles/press-release/textron-systems-introduces-multi-mission-uncrewed","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-036/1.png","/images/drones/SD-S-036/2.png","/images/drones/SD-S-036/3.png"],"tech_docs":[{"title":"MMUSV – Textron Systems Press Release","url":"https://www.textronsystems.com/our-company/news-events/articles/press-release/textron-systems-introduces-multi-mission-uncrewed"}],"long_description":"Multi Mission Uncrewed Surface Vessel (MMUSV) is a military USV platform developed by Textron Systems. Fifth-generation multi-mission USV building on the proven CUSV platform, with doubled payload capacity up to 5,900 kg and operations through Sea State 5. It is positioned for surface warfare, mine countermeasures, ISR, and SIGINTand is listed publicly as active. Published specifications captured in this database include payload information listed as Up to 13,000 lb payload capacity; 4,000+ lb towing capacity. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Textron describes MMUSV as the fifth-generation CUSV with survivability up to Sea State 5 and roughly double the fuel and payload capacity of earlier craft.","mmsi":null},{"id":"SD-S-037","name":"Caravel","aliases":["Caravel autonomous landing vessel"],"manufacturer":"Bulwark Dynamics","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["contested logistics","resupply","beach landing","expeditionary operations","port-independent cargo delivery"],"status":"prototype","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":2037,"endurance":"Multi-day missions using extended-range hybrid propulsion","speed":null,"payload":"23,000 lb (10,433 kg) cargo payload with JMIC and ISO-container compatibility and autonomous loading and unloading","description":"Autonomous beach-landing resupply vessel for contested littoral logistics, GPS-denied navigation, and shore delivery without port infrastructure or shore crews.","notes":"Bulwark's current official vessel page lists 1,100 nmi range and 23,000 lb payload but no hull length or speed. Earlier third-party reporting described a 15 ft demonstration craft; because the current published payload indicates a substantially larger configuration and Bulwark does not state its dimensions, length_m is left null. Range is converted to about 2,037 km.","source_url":"https://www.bulwarkdynamics.com/vessel","source_type":"official_company_page","last_verified":"2026-07-15","gallery_images":["/images/drones/SD-S-037/1.jpg","/images/drones/SD-S-037/2.png","/images/drones/SD-S-037/3.png"],"tech_docs":[{"title":"Caravel Autonomous Beach-Landing Resupply Vessel - Bulwark Dynamics","url":"https://www.bulwarkdynamics.com/vessel"}],"long_description":"Caravel is Bulwark Dynamics' autonomous beach-landing resupply vessel for contested maritime logistics. It is designed to carry cargo directly from ship or shore to an unimproved coastline, beach, unload, and redeploy without a port or exposed shore crew. Bulwark's current product page lists a 1,100 nautical mile range, converted here to about 2,037 km, and a 23,000 lb / 10,433 kg payload compatible with JMIC and ISO container standards. The autonomy stack combines sensor fusion, AI-enabled obstacle avoidance, and operation in GPS-denied or electronically contested environments. Earlier public demonstrations used a smaller craft, while the current official page does not publish a hull length or speed, so the catalogue does not transfer those prototype dimensions to the present cargo configuration.","mmsi":null},{"id":"SD-S-038","name":"Oceanus17","aliases":["Oceanus 17"],"manufacturer":"ZeroUSV","origin_country":"United Kingdom","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["autonomous navigation","high payload transport"],"status":"prototype","autonomy_level":"autonomous / supervised","length_m":17,"max_depth_m":null,"range_km":null,"endurance":"50+ days","speed":null,"payload":"4-tonne payload bay","description":"All-aluminium 17-meter monohull USV intended for persistent ocean survey and other long-endurance autonomous missions.","notes":null,"source_url":"https://www.zerousv.com/news/zerousv-cuts-first-aluminium-first-class-oceanus17-usv","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-038/1.jpg","/images/drones/SD-S-038/2.jpg","/images/drones/SD-S-038/3.png"],"tech_docs":[{"title":"Oceanus17 USV – ZeroUSV Official News Page","url":"https://www.zerousv.com/news/zerousv-cuts-first-aluminium-first-class-oceanus17-usv"}],"long_description":"Oceanus17 is a dual-use USV platform developed by ZeroUSV. All-aluminium 17-meter monohull USV intended for persistent ocean survey and other long-endurance autonomous missions. It is positioned for autonomous navigation and high payload transportand is listed publicly as prototype. Published specifications captured in this database include a published length of about 17 m, reported endurance of 50+ days, and payload information listed as 4-tonne payload bay. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-039","name":"M48 USV","aliases":[],"manufacturer":"Magnet Defense","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["integrated air and missile defense","ISR","anti-submarine warfare","electronic warfare","contested logistics","search and rescue","fleet resupply"],"status":"in production","autonomy_level":"autonomous","length_m":47.85,"max_depth_m":null,"range_km":31484,"endurance":null,"speed":"15 kn cruise; 27 kn burst","payload":"100-ton payload capacity","description":"157-foot combat-capable autonomous surface vessel for open-ocean missions including air and missile defense support, ASW, logistics, EW, and SAR.","notes":"Magnet lists a 48 m platform with 17,000 nmi range, four 40 ft ISO-container positions, 210 t displacement, and autonomous DriveAI navigation. The range is converted to about 31,484 km; no separate mission-duration figure is published.","source_url":"https://magnetdefense.com/news/","source_type":"official_company_page","last_verified":"2026-07-15","gallery_images":["/images/drones/SD-S-039/1.jpg","/images/drones/SD-S-039/2.jpg","/images/drones/SD-S-039/3.jpg"],"tech_docs":[{"title":"News - Magnet Defense","url":"https://magnetdefense.com/news/"}],"long_description":"M48 is Magnet Defense's 48 m autonomous surface vessel for sustained military operations in open-ocean and contested environments. Magnet's current platform specification lists a 17,000 nautical mile range, converted here to about 31,484 km, 15 knot cruise and 27 knot burst speeds, 100 tonne payload capacity, four 40 ft ISO-container positions, and 210 tonne displacement. DriveAI provides autonomous navigation and mission routing, while modular payloads support integrated air and missile defense, ISR, anti-submarine warfare, electronic warfare, contested logistics, search and rescue, and fleet resupply. Magnet states that production of the first deliverable M48 began in 2026 following extended operation of its research-vessel prototype hull.","mmsi":null},{"id":"SD-S-040","name":"Skarlupa","aliases":[],"manufacturer":"Russia","origin_country":"Russia","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["combat operations"],"status":null,"autonomy_level":null,"length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":null,"description":"Russia's first mass-produced fiber-optic controlled USV, resistant to electronic warfare, serving as both a reconnaissance platform and a mobile drone launch base.","notes":null,"source_url":"https://kyivindependent.com/russias-new-fiber-optic-sea-drone-skarlupa-deployed-in-combat-kremlin-media-claims/","source_type":"news","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-040/1.png","/images/drones/SD-S-040/2.jpg","/images/drones/SD-S-040/3.jpg"],"tech_docs":[{"title":"Skarlupa – Kyiv Independent News Report","url":"https://kyivindependent.com/russias-new-fiber-optic-sea-drone-skarlupa-deployed-in-combat-kremlin-media-claims/"}],"long_description":"Skarlupa is a military USV platform developed by Russia. Russia's first mass-produced fiber-optic controlled USV, resistant to electronic warfare, serving as both a reconnaissance platform and a mobile drone launch base. It is positioned for combat operations. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft.","mmsi":null},{"id":"SD-S-041","name":"TRITON","aliases":[],"manufacturer":"Ocean Aero","origin_country":"United States","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["reconnaissance","intelligence gathering","maritime security"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":100,"range_km":null,"endurance":"30+ days surface endurance; 5+ days submerged at a time","speed":"Up to 5 kn on surface; 2 kn submerged","payload":null,"description":"Autonomous surface-and-underwater vehicle that can sail and submerge to collect data above and below the ocean surface.","notes":"TRITON is marketed as an AUSV; retained in the surface domain for schema compatibility.","source_url":"https://www.oceanaero.com/the-triton","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-041/1.jpg","/images/drones/SD-S-041/2.jpg","/images/drones/SD-S-041/3.jpg"],"tech_docs":[{"title":"TRITON AUSV – Ocean Aero Official Product Page","url":"https://www.oceanaero.com/the-triton"}],"long_description":"TRITON is a military USV platform developed by Ocean Aero. Autonomous surface-and-underwater vehicle that can sail and submerge to collect data above and below the ocean surface. It is positioned for reconnaissance, intelligence gathering, and maritime securityand is listed publicly as active. Published specifications captured in this database include a published depth rating of 100 m, reported endurance of 30+ days surface endurance; 5+ days submerged at a time, and reported speed of Up to 5 kn on surface; 2 kn submerged. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: TRITON is marketed as an AUSV; retained in the surface domain for schema compatibility.","mmsi":null},{"id":"SD-U-050","name":"SP-7V2","aliases":["Sea-Predator 7, version 2"],"manufacturer":"Cardona Marine Group Inc.","origin_country":null,"platform_domain":"underwater","vehicle_class":"UUV","sector":"military","primary_roles":["stealth operations","attachment to submarines and ships"],"status":"active","autonomy_level":"autonomous / supervised","length_m":3.96,"max_depth_m":null,"range_km":null,"endurance":null,"speed":"36 knots","payload":"Up to 600 kg; can remain at sea for more than a week","description":"Stealth attachment drone intended to covertly approach and attach to ships or submarines for extended missions.","notes":"13 ft converted to about 3.96 m. Public details remain limited and primarily reported by trade media.","source_url":"https://oceannews.com/news/defense/cardona-marine-group-launches-new-class-of-drones/","source_type":"news","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-050/1.jpg","/images/drones/SD-U-050/2.jpg","/images/drones/SD-U-050/3.jpg"],"long_description":"SP-7V2 is a military UUV platform developed by Cardona Marine Group Inc.. Stealth attachment drone intended to covertly approach and attach to ships or submarines for extended missions. It is positioned for stealth operations and attachment to submarines and shipsand is listed publicly as active. Published specifications captured in this database include a published length of about 3.96 m, reported speed of 36 knots, and payload information listed as Up to 600 kg; can remain at sea for more than a week. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: 13 ft converted to about 3.96 m. Public details remain limited and primarily reported by trade media.","tech_docs":[{"title":"SP-7 / SP-7V2 – Cardona Marine Group Official Page","url":"https://www.cardonamarinegroup.com/"}],"mmsi":null},{"id":"SD-S-042","name":"Alligator","aliases":[],"manufacturer":"Skana Robotics","origin_country":"Israel","platform_domain":"surface","vehicle_class":"USV","sector":"dual-use","primary_roles":["logistics","sensor deployment","personnel transport","launch and recovery platform"],"status":"active","autonomy_level":"autonomous / supervised","length_m":null,"max_depth_m":300,"range_km":556,"endurance":null,"speed":"40 kn max speed; 8 km/h on land","payload":"1500 kg","description":"Autonomous amphibious vessel that transitions between water and land for logistics, sensor delivery, evacuation, and communications support.","notes":"Skana lists 300 nmi range, converted here to about 556 km.","source_url":"https://www.skanarobotics.com/systems","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-042/1.png","/images/drones/SD-S-042/2.png"],"tech_docs":[{"title":"Alligator Amphibious USV – Skana Robotics Official Systems Page","url":"https://www.skanarobotics.com/systems"}],"long_description":"Alligator is a dual-use USV platform developed by Skana Robotics. Autonomous amphibious vessel that transitions between water and land for logistics, sensor delivery, evacuation, and communications support. It is positioned for logistics, sensor deployment, personnel transport, and launch and recovery platformand is listed publicly as active. Published specifications captured in this database include a published depth rating of 300 m, a reported range of about 556 km, reported speed of 40 kn max speed; 8 km/h on land, and payload information listed as 1500 kg. The platform is described as autonomous / supervised in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Skana lists 300 nmi range, converted here to about 556 km.","mmsi":null},{"id":"SD-U-051","name":"Dive-LD","aliases":[],"manufacturer":"Anduril","origin_country":"United States","platform_domain":"underwater","vehicle_class":"LDUUV","sector":"dual-use","primary_roles":["survey","inspection","payload carriage","defense missions"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":6000,"range_km":null,"endurance":"10 days","speed":null,"payload":"Modular payload integration","description":"Large-diameter autonomous undersea vehicle for defense and commercial missions with rapidly reconfigurable payloads.","notes":"Anduril markets Dive-LD as a large-diameter AUV with 6000 m depth capability; public dimensions were not surfaced in the retrieved source.","source_url":"https://www.anduril.com/dive-ld","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-051/1.png","/images/drones/SD-U-051/2.jpg","/images/drones/SD-U-051/3.png"],"long_description":"Dive-LD is a dual-use LDUUV platform developed by Anduril in United States. Large-diameter autonomous undersea vehicle for defense and commercial missions with rapidly reconfigurable payloads. It is positioned for survey, inspection, payload carriage, and defense missionsand is listed publicly as active. Published specifications captured in this database include a published depth rating of 6000 m, reported endurance of 10 days, and payload information listed as Modular payload integration. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Anduril markets Dive-LD as a large-diameter AUV with 6000 m depth capability; public dimensions were not surfaced in the retrieved source.","tech_docs":[{"title":"Dive-LD – Anduril Official Product Page","url":"https://www.anduril.com/dive-ld"},{"title":"Sea Power Overview – Anduril","url":"https://www.anduril.com/sea/seapower"}],"mmsi":null},{"id":"SD-U-052","name":"LampreyMMAUV","aliases":["Lamprey MMAUV"],"manufacturer":"Lockheed Martin","origin_country":"United States","platform_domain":"underwater","vehicle_class":"UUV","sector":"military","primary_roles":["undersea surveillance","seabed warfare","sea denial","electronic decoy","payload emplacement","UAV deployment","autonomous undersea strike"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":null,"range_km":null,"endurance":null,"speed":null,"payload":"24 cu ft open-architecture payload bay supporting sensors, seabed payloads, optional UAV launch tubes, decoys, torpedoes and other mission kits","description":"Multi-mission autonomous undersea vehicle from Lockheed Martin for covert surveillance, seabed operations, sea denial, payload delivery, decoy, and strike missions.","notes":"Lockheed Martin publishes the 24 cu ft payload-bay volume and mission concepts but does not state the vehicle's dimensions, depth rating, speed, range, or endurance. Lamprey can attach to a host surface ship or submarine and recharge through built-in hydrogenerators before detaching for its mission.","source_url":"https://www.lockheedmartin.com/en-us/products/mmauv.html","source_type":"official_company_page","last_verified":"2026-07-15","gallery_images":["/images/drones/SD-U-052/1.jpg","/images/drones/SD-U-052/2.jpg","/images/drones/SD-U-052/3.jpg"],"long_description":"LampreyMMAUV is Lockheed Martin's multi-mission autonomous undersea vehicle for assured access and sea-denial operations. The company describes autonomous surveillance, seabed payload emplacement, electronic decoy, UAV launch, and kinetic or non-kinetic mission configurations using a 24 cubic foot open-architecture payload bay. Lamprey can attach externally to a host surface ship or submarine without host modification and recharge through built-in hydrogenerators before detaching with a full battery. At-sea exercises have demonstrated autonomous manoeuvre, surveillance, cable survey, and precise payload placement. Lockheed Martin does not publish dimensions, speed, depth, range, or endurance, so those technical fields remain null.","tech_docs":[{"title":"LampreyMMAUV – Lockheed Martin Official Product Page","url":"https://www.lockheedmartin.com/en-us/products/mmauv.html"},{"title":"LampreyMMAUV – Lockheed Martin PDF Overview","url":"https://www.lockheedmartin.com/content/dam/lockheed-martin/rms/documents/mmauv/Lamprey-MMAUV.pdf"}],"mmsi":null},{"id":"SD-S-043","name":"Bull Shark","aliases":["Bullshark"],"manufacturer":"Skana Robotics","origin_country":"Israel","platform_domain":"surface","vehicle_class":"USV","sector":"military","primary_roles":["ISR","maritime presence","tracking","loitering"],"status":"active","autonomy_level":"autonomous / remotely operated","length_m":null,"max_depth_m":null,"range_km":222,"endurance":null,"speed":"50 kn","payload":"Up to 150 kg; drone-launch capable","description":"Tactical surface platform designed for ISR and maritime presence missions, launchable from docks, beaches, or larger vessels for flexible surface operations.","notes":"Skana lists 120 nmi range, converted here to about 222 km.","source_url":"https://www.skanarobotics.com/systems","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-S-043/1.png","/images/drones/SD-S-043/2.png","/images/drones/SD-S-043/3.png"],"tech_docs":[{"title":"Bull Shark ASV – Skana Robotics Official Systems Page","url":"https://www.skanarobotics.com/systems"}],"long_description":"Bull Shark is a military USV platform developed by Skana Robotics. Tactical surface platform designed for ISR and maritime presence missions, launchable from docks, beaches, or larger vessels for flexible surface operations. It is positioned for ISR, maritime presence, tracking, and loitering missions and is listed publicly as active. Published specifications captured in this database include a reported range of about 222 km, reported speed of 50 kn, and payload information listed as Up to 150 kg; drone-launch capable. The platform is described as autonomous / remotely operated in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: Skana lists 120 nmi range, converted here to about 222 km.","mmsi":null},{"id":"SD-U-053","name":"Stingray","aliases":[],"manufacturer":"Skana Robotics","origin_country":"Israel","platform_domain":"underwater","vehicle_class":"AUV","sector":"military","primary_roles":["ISR","monitoring","infrastructure protection","mapping"],"status":"active","autonomy_level":"autonomous","length_m":null,"max_depth_m":300,"range_km":83,"endurance":null,"speed":"12 kn","payload":"15 kg payload weight","description":"Loitering deep-sea platform for ISR, monitoring, and infrastructure protection that adapts in real time to mission requirements in complex underwater environments.","notes":"Skana lists 45 nmi range, converted here to about 83 km. Official description also highlights sonar, ELINT, mapping, and infrastructure-protection payloads.","source_url":"https://www.skanarobotics.com/systems","source_type":"official_company_page","last_verified":"2026-04-05","gallery_images":["/images/drones/SD-U-053/1.png","/images/drones/SD-U-053/2.png","/images/drones/SD-U-053/3.png"],"tech_docs":[{"title":"Stingray AUV – Skana Robotics Official Systems Page","url":"https://www.skanarobotics.com/systems"}],"long_description":"Stingray is a military AUV platform developed by Skana Robotics. Loitering deep-sea platform for ISR, monitoring, and infrastructure protection that adapts in real time to mission requirements in complex underwater environments. It is positioned for ISR, monitoring, infrastructure protection, and mapping missions and is listed publicly as active. Published specifications captured in this database include a published depth rating of 300 m, a reported range of about 83 km, reported speed of 12 kn, and payload information listed as 15 kg payload weight. The platform is described as autonomous in terms of control and autonomy. Its concept emphasizes persistent subsurface data gathering or intervention while reducing risk to crewed vessels and divers. Additional context: Skana lists 45 nmi range, converted here to about 83 km; official copy also highlights sonar, ELINT, mapping, and infrastructure-protection payloads.","mmsi":null},{"id":"SD-S-044","name":"L25 USV","aliases":[],"manufacturer":"OceanAlpha","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["hydrographic survey","geophysical survey","pipeline inspection","seabed mapping"],"status":"active","autonomy_level":"remote control / autonomous","length_m":7.5,"max_depth_m":null,"range_km":null,"endurance":"65h @ 4 kn; expandable to 130h @ 4 kn with extra fuel","speed":"Max speed 10 kn; survey speed 4-5 kn","payload":"200 kg; supports 2-4 wet-end payloads with auto lifter and towing system","description":"Offshore survey USV for hydrographic and geophysical data collection around pipelines, wind farms, and nearshore construction.","notes":"OceanAlpha's September 2025 brochure lists 7.5 m x 2.8 m, 2.4 t, Sea State III operation, and 10-20 km private-network communications; the current product page also says endurance can be extended to 130h @ 4 kn with two additional 50 L fuel tanks.","source_url":"https://www.oceanalpha.com/marine-survey/l25-usv/","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-044/1.webp"],"tech_docs":[{"title":"L25 USV - OceanAlpha Official Product Page","url":"https://www.oceanalpha.com/marine-survey/l25-usv/"},{"title":"L25 USV - OceanAlpha Official Brochure PDF","url":"https://oceanalpha.com/wp-content/uploads/2025/09/L25-OceanAlpha.pdf"}],"long_description":"L25 USV is a civilian USV platform developed by OceanAlpha in China. Offshore survey USV for hydrographic and geophysical data collection around pipelines, wind farms, and nearshore construction. It is positioned for hydrographic survey, geophysical survey, pipeline inspection, and seabed mapping and is listed publicly as active. Published specifications captured in this database include a published length of about 7.5 m, reported endurance of 65h @ 4 kn; expandable to 130h @ 4 kn with extra fuel, reported speed of Max speed 10 kn; survey speed 4-5 kn, and payload information listed as 200 kg; supports 2-4 wet-end payloads with auto lifter and towing system. The platform is described as remote control / autonomous in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: OceanAlpha's September 2025 brochure lists 7.5 m x 2.8 m, 2.4 t, Sea State III operation, and 10-20 km private-network communications; the current product page also says endurance can be extended to 130h @ 4 kn with two additional 50 L fuel tanks.","mmsi":null},{"id":"SD-S-045","name":"M40P USV","aliases":[],"manufacturer":"OceanAlpha","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["hydrographic survey","geophysical survey","pipeline and cable inspection","environmental monitoring"],"status":"active","autonomy_level":"remote control / autonomous","length_m":4.5,"max_depth_m":null,"range_km":null,"endurance":"48h @ 4 kn","speed":"Max speed 7 kn; survey speed 4-5 kn","payload":"80 kg; auto lifter and auto winch support MBES, USBL, side-scan sonar, magnetometer, ADCP, and water-quality payloads","description":"Hybrid catamaran survey USV for shallow-water, coastal, and offshore mapping with winch support for SVP/CTD profiling.","notes":"OceanAlpha's October 2025 brochure lists 4.5 m x 2.33 m, 1.4 t, 48h @ 4 kn, and 7 kn max speed; other OceanAlpha copy on the same platform also mentions up to 100 hours of endurance and older pages previously surfaced a 5 kn figure.","source_url":"https://www.oceanalpha.com/marine-survey/m40p-usv/","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-045/1.webp"],"tech_docs":[{"title":"M40P USV - OceanAlpha Official Product Page","url":"https://www.oceanalpha.com/marine-survey/m40p-usv/"},{"title":"M40P USV - OceanAlpha Official Brochure PDF","url":"https://oceanalpha.com/wp-content/uploads/2025/10/M40P-OceanAlpha.pdf"}],"long_description":"M40P USV is a civilian USV platform developed by OceanAlpha in China. Hybrid catamaran survey USV for shallow-water, coastal, and offshore mapping with winch support for SVP/CTD profiling. It is positioned for hydrographic survey, geophysical survey, pipeline and cable inspection, and environmental monitoring and is listed publicly as active. Published specifications captured in this database include a published length of about 4.5 m, reported endurance of 48h @ 4 kn, reported speed of Max speed 7 kn; survey speed 4-5 kn, and payload information listed as 80 kg; auto lifter and auto winch support MBES, USBL, side-scan sonar, magnetometer, ADCP, and water-quality payloads. The platform is described as remote control / autonomous in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: OceanAlpha's October 2025 brochure lists 4.5 m x 2.33 m, 1.4 t, 48h @ 4 kn, and 7 kn max speed; other OceanAlpha copy on the same platform also mentions up to 100 hours of endurance and older pages previously surfaced a 5 kn figure.","mmsi":null},{"id":"SD-S-046","name":"SL20 USV","aliases":[],"manufacturer":"OceanAlpha","origin_country":"China","platform_domain":"surface","vehicle_class":"USV","sector":"civilian","primary_roles":["bathymetric survey","water discharge measurement","hydrographic survey","shallow-water survey"],"status":"active","autonomy_level":"remote control / autonomous","length_m":1.05,"max_depth_m":null,"range_km":null,"endurance":"6h @ 3 kn","speed":"Max speed 8 kn; survey speed 3 kn","payload":"10 kg; SBES, ADCP, RTK GNSS, and water-quality payload support via 177 mm moon pool","description":"One-person portable hydrographic survey USV for bathymetry and flow measurement in shallow inland waters.","notes":"OceanAlpha's 2025 brochure lists 1 km remote-control range, 2 km telemetry range, real-time video, collision avoidance, and a 33.6V/40Ah swappable lithium battery; the product page also highlights a 15 cm draught and carbon-fiber hull.","source_url":"https://www.oceanalpha.com/inland-water-survey/sl20-usv/","source_type":"official_company_page","last_verified":"2026-04-13","gallery_images":["/images/drones/SD-S-046/1.webp"],"tech_docs":[{"title":"SL20 USV - OceanAlpha Official Product Page","url":"https://www.oceanalpha.com/inland-water-survey/sl20-usv/"},{"title":"SL20 USV - OceanAlpha Official Brochure PDF","url":"https://oceanalpha.com/wp-content/uploads/2025/09/SL20-OceanAlpha.pdf"}],"long_description":"SL20 USV is a civilian USV platform developed by OceanAlpha in China. One-person portable hydrographic survey USV for bathymetry and flow measurement in shallow inland waters. It is positioned for bathymetric survey, water discharge measurement, hydrographic survey, and shallow-water survey and is listed publicly as active. Published specifications captured in this database include a published length of about 1.05 m, reported endurance of 6h @ 3 kn, reported speed of Max speed 8 kn; survey speed 3 kn, and payload information listed as 10 kg; SBES, ADCP, RTK GNSS, and water-quality payload support via 177 mm moon pool. The platform is described as remote control / autonomous in terms of control and autonomy. Its concept emphasizes persistent on-water presence, modular payload integration, and lower operating burden than a comparable crewed craft. Additional context: OceanAlpha's 2025 brochure lists 1 km remote-control range, 2 km telemetry range, real-time video, collision avoidance, and a 33.6V/40Ah swappable lithium battery; the product page also highlights a 15 cm draught and carbon-fiber hull.","mmsi":null}]}