Textron Systems Corporation, a subsidiary of Textron , has successfully completed the build and evaluation phase of its Cottonmouth® 30mm prototype for the U.S. Marine Corps’ Advanced Reconnaissance Vehicle (ARV) program. The announcement marks a key step forward in delivering next-generation reconnaissance capabilities to the Fleet Marine Force.
The prototype underwent rigorous assessments, including land mobility, lethality, and ocean swim testing. A notable achievement was the first full swim of this specific variant. Evaluations were conducted across multiple military installations: the U.S. Army’s Ground Vehicle Systems Center (GVSC) at the Detroit Arsenal in Warren, Michigan; the Michigan National Guard’s Camp Grayling Joint Maneuver Training Center; and the U.S. Marine Corps Base Camp Pendleton in California.
The ARV-30mm variant is designed to provide enhanced direct-fire support and anti-armor capability, expanding the operational scope of the Cottonmouth ARV family. Equipped with a medium-caliber cannon, advanced targeting systems, and sophisticated sensors, the vehicle delivers increased lethality, greater standoff range, and improved survivability for Marines operating in contested environments. Completion of this development milestone represents significant progress in the ARV program.
“Completing the Cottonmouth 30mm build and evaluation period is a significant program milestone and reflects a decisive step toward redefining what reconnaissance platforms can deliver for Marines in the future fight,” said Zach Bupp, Vice President of Programs at Textron Systems. He emphasized that the competitive build and evaluation phases validate the maturity, capability, and open systems architecture of Textron’s offerings. “As the ARV program advances, our open systems architecture enables rapid integration of new technologies and capabilities, transforming how the Marines will communicate and fight across rapidly evolving operational environments.”
The Cottonmouth ARV is engineered to function as a digitally connected naval sensor node within the Marine Corps force structure. This design enhances the service’s ability to gather and share critical intelligence across dispersed and distributed forces. Textron Systems draws on decades of experience in ground vehicle design, development, and manufacturing, delivering reliable, mission-ready platforms to U.S. and allied forces. The successful completion of this prototype phase underscores the company’s continued momentum toward fielding a transformative reconnaissance capability for the Marine Corps.
