General Dynamics Land Systems announced the successful completion of comprehensive testing and demonstrations of its Advanced Reconnaissance Vehicle (ARV) Command, Control, Communications, Computers/Unmanned Aerial Systems (C4/UAS) variant for the U.S. Marine Corps.
Conducted between March and December 2024, the testing took place at Michigan Technological University’s Keweenaw Research Center (KRC) in Calumet, Mich., and the U.S. Army’s Ground Vehicle Systems Center (GVSC) at Detroit Arsenal in Warren, Mich.
The ARV is being developed as the core vehicle for the Marine Corps’ future Mobile Reconnaissance Battalions, serving as a battlefield “quarterback” by integrating onboard and off-board sensors, unmanned aerial systems (UAS), and future ground and water robotic systems. The vehicle is designed with a modular open architecture, allowing it to incorporate emerging technologies, artificial intelligence, and advanced electronic warfare capabilities.
The 2024 test campaign focused on land mobility, maintenance, logistics, and training systems while assessing automotive and mission-profile performance. One of the key evaluations involved direct participation from Marine operators, testing the digital maintenance and prognostic monitoring systems integrated into the ARV.
General Dynamics also introduced its next-generation Digital Training System (DTS) during the testing phase. The DTS is being developed to support individual, crew, and unit-level training, ensuring that Marine personnel can conduct both tactical operations and maintenance activities with enhanced realism and efficiency.
“The testing and demonstration activities last year helped us collect additional data to ensure we can meet or exceed the Marine Corps’ requirements for ARV, especially in the critical area of maintenance, logistics, and training,” said Richard Trotter, ARV Program Director at General Dynamics Land Systems.
Trotter emphasized that Marine feedback has been instrumental in refining the system to align with real-world battlefield requirements.
Marines from Light Armored Reconnaissance (LAR) units and maintenance teams played an active role in the 2024 test phase, providing valuable operational feedback.
“Partnering with the Marines in the ARV testing and demonstrations provides very valuable feedback,” said Marc Shepard, ARV Program Manager at General Dynamics Land Systems. “Their collaborative, constructive feedback is invaluable as we aim for a transformational, 21st-century solution.”
General Dynamics will continue development efforts in 2025, with plans to complete manufacturing and delivery of an ARV-30mm prototype for further testing and evaluation. Additionally, the company will deliver a second Systems Integration Lab (SIL) designed to validate the integration of C4/I systems and software while serving as an immersive training environment for ARV operators.
“The ARV is highly mobile on land and in the water, allowing Marines to sense, communicate, and connect to kill webs on the future battlefield like never before,” Trotter added. “Recent tests were some of the most extensive to date for us to trial our innovative technologies. We look forward to continuing our long partnership with the Marines and contributing to their efforts to ensure that ARV is a transformational reconnaissance capability.”
As the Marine Corps advances its modernization strategy, the ARV program is expected to play a central role in enhancing reconnaissance and multi-domain operations, ensuring Marines remain equipped for future conflicts in complex environments.