US firm Red Cat Holdings is stepping up its maritime autonomy push with the V7, an expeditionary unmanned surface vessel (USV) built for long-range kinetic engagements.
Developed by Blue Ops, Red Cat’s maritime division, the 7.8‑meter (26‑foot) platform is designed to support deep‑strike missions, anti‑ship warfare, and coastal interdiction in contested zones.
With extended endurance, the V7 can reportedly travel farther, follow less predictable paths, and maneuver in ways that complicate enemy detection and tracking.
Its hull can carry explosive payloads, missiles, and other modern tactical weapons, enabling it to strike both stationary and moving surface targets.
The USV also features a comprehensive sensor suite, including stabilized electro-optical and infrared cameras, laser rangefinders, inertial navigation systems, and secure communications links.
A proprietary semi‑autonomous command‑and‑control system allows the V7 to operate as part of coordinated swarms and broader multi‑platform mission sets.
Multi-Role by Design
The V7’s modular architecture lets it switch quickly between strike missions, patrol operations, and remote weapons roles.
This flexibility enables the USV to fire high-explosive or penetrator warheads, deploy short-range surface-to-air missiles, and operate autonomous precision weapons.
It can also launch unmanned aerial vehicles, support intelligence, surveillance, and reconnaissance (ISR) missions, and employ automatic weapons such as machine guns.
For swarming operations, the V7 exchanges data with other vessels and drones, multiplying its impact across the maritime battlespace.
By sharing real-time information, it can synchronize targeting and orchestrate coordinated attacks with greater precision.
