The U.S. Marine Corps is reshaping how it fights along coastlines. Smaller units, faster movement, and fewer troops exposed to danger now define that shift. Textron Systems has stepped into that evolution with a new robotic platform designed to move ahead of Marines, not with them.

At the 2026 Modern Day Marine exposition, Textron Systems Corporation unveiled the RIPSAW M1 uncrewed ground vehicle. The system aims to extend reach, gather intelligence, and carry out strike roles without putting personnel at risk.

Robotic force multiplier

The RIPSAW M1 builds on Textron’s Modular Open Systems Approach. That design allows rapid changes in mission payloads. The vehicle can shift from reconnaissance to counter-drone roles without structural redesign.

Textron positions the M1 as a support asset for the Marine Corps’ Advanced Reconnaissance Vehicle and Amphibious Combat Vehicle. The goal is simple: increase combat reach while reducing exposure.

“The M1 technology demonstrator shows the art of the possible for how UGVs can support the Marine Corps’ missions,” said Vice President of Programs, Sara Willett. “Along with Howe & Howe, we took our experience in autonomous robotic systems across land, air and sea – the same domains the Marine Corps’ missions live – to develop this system that demonstrates our ability to scale the SWAP up or down, all while maintaining the common robotic core that enables our UGVs to provide exceptional transportability and battlefield agility.”

The platform supports missions such as reconnaissance, surveillance, and target acquisition. It can also engage counter-drone threats and launch loitering munitions. That flexibility reflects a broader Pentagon push toward robotic teaming.

Built for contested terrain

The M1 focuses on speed and maneuverability rather than heavy armor. It reaches speeds up to 53 mph and navigates tight spaces with a 7.5-foot turning radius. Its compact size supports rapid deployment in urban and coastal zones.

The vehicle carries up to 2,000 pounds of payload. That capacity supports sensors, electronic warfare tools, or logistics loads. Marines can reconfigure the platform based on mission needs.

Textron designed the system for littoral operations, where terrain shifts between land and water. The vehicle can ford water up to 48 inches deep and maintain mobility across rough surfaces.

Silent, modular warfare

One of the M1’s defining features is its silent electric range. It can travel up to 30 miles without engine noise. That capability reduces detection risk during reconnaissance or forward positioning.

The platform reflects a wider shift in U.S. military strategy. Distributed operations demand systems that move fast, adapt quickly, and operate without constant human control.

Textron’s approach centers on scalability. The M1 is the first in a planned family of vehicles. Each variant will share a common robotic core while adapting to different missions.

As the Marine Corps pushes toward Force Design 2030, systems like the RIPSAW M1 could redefine how units operate in contested environments. Instead of leading from the front, Marines may increasingly rely on machines to take the first step.