跳至主要内容
MV-20
返回目录

MV-20

AccelintUnited States🇺🇸
军用USVsurfaceactive / in testing

图库

概述

Diesel-powered small unmanned surface vessel from Accelint for contested maritime sensing, strike, and mission-support payloads.

MV-20 is a military small unmanned surface vessel developed by Accelint in the United States. Accelint describes the diesel-powered craft as a rugged, combat-credible sUSV for contested maritime operations, modular payload hosting, sensing, strike, electronic warfare, and mission support. Published product-page specifications captured here include 1,300+ nautical miles of range, converted to about 2,408 km, 7+ days of loiter time, an extended operating profile up to 2,000 nmi and 10 days without refueling, and a 53 cubic foot payload bay supporting up to one ton. The platform integrates Accelint's HELM, SwarmMATE, and Neo autonomy stack for ownship control through multi-platform coordination, and has undergone customer-led experimentation, endurance validation, Silent Swarm demonstrations, and 2026 Gulf endurance testing under an OUSD(R&E) maritime-domain contract.

主要用途

maritime domain awarenessISRelectronic warfarestrikemission supportcollaborative autonomyUUV and UAS support

备注

Accelint markets MV-20 as a combat-credible small USV developed with operator feedback and tested under an OUSD(R&E) maritime-domain contract. Official product material lists 1,300+ nmi range, 7+ days loiter, an extended 2,000 nmi / 10 day profile, a 53 cubic foot payload bay, and up to one ton payload support. Public local coverage of Accelint's Panama City Beach integration facility reports speeds over 30 kt.

技术规格

航程
2408 km
续航
1,300+ nmi range with 7+ days loiter; extended profile up to 2,000 nmi for up to 10 days without refueling
速度
over 30 kt reported in local facility coverage
有效载荷
53 cu ft payload bay supporting up to 1 ton
技术文档
自主等级
tiered autonomy with HELM, SwarmMATE, and Neo

别名

Accelint MV-20MV-20 sUSVMV-20 Small Unmanned Surface Vessel
SeaDroneWorld IDSD-S-077

数据来源

类型: official company page
验证时间: 2026-04-30
查看来源 报告勘误

其他 USV 平台

在目录中查看全部