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Advanced Reconnaissance Vehicle by General Dynamics Signals Shift in US Marine Corps Multi-Domain Operations.
Showcased as a centerpiece at Modern Day Marine 2025 in Washington, D.C., the Advanced Reconnaissance Vehicle (ARV) developed by General Dynamics Land Systems (GDLS) reflects the ongoing transformation of the U.S. Marine Corps' reconnaissance capabilities. Designed to function as a true “quarterback” on a constantly evolving battlefield, this next-generation vehicle is fully aligned with the U.S. military’s vision for interconnected operations, aiming to integrate smart sensors, unmanned systems, and open digital architectures to address emerging threats.
The ARV features a next-generation electronic architecture optimized for artificial intelligence integration and the future control of autonomous robotic systems (Picture source: GDLS)
The ARV stands out for its ability to seamlessly integrate with a wide range of onboard and offboard sensors, unmanned aerial systems (UAS), and future robotic platforms on land and water. This high level of interoperability enables Marines to access real-time situational awareness across diverse operational environments, from terrestrial to amphibious domains. Highly mobile both on roads and in water, the ARV meets the demands of expeditionary missions. With this connected platform, Marines can collect, process, and share critical data across land, air, maritime, space, and cyber domains, in line with the Multi-Domain Operations (MDO) strategy endorsed by the Department of Defense.
Engineered as a mobile command-and-control node, the ARV features a next-generation electronic architecture optimized for artificial intelligence integration and the future control of autonomous robotic systems. Its modular open architecture supports rapid adoption of emerging technologies and ensures long-term scalability. By linking to a network of sensors and drones, the vehicle serves as a digital hub for tactical data collection, processing, and dissemination, enhancing operational decision-making. The platform also includes predictive maintenance software and a virtual training system (Digital Training System) designed to support advanced technical instruction using digital twins accessible on various electronic devices.
In 2025, General Dynamics Land Systems is expected to deliver an additional prototype equipped with a 30mm cannon, expanding the ARV’s mission profile with a more robust offensive capability. This ARV-30mm variant will complement the already field-tested C4/UAS version. The vehicle is also equipped with a suite of protection systems, although technical details regarding armor and countermeasures have not yet been disclosed. These aspects will likely be tailored based on operational requirements defined by the Marine Corps. The broader ARV program reflects a strategic objective: to provide U.S. forces with a mobile, networked, and scalable reconnaissance platform capable of serving as a critical component within future tactical networks.
As of now, the ARV is not yet operational within the U.S. Marine Corps. The program remains in the development phase, with intensive testing conducted between March and December 2024 in Michigan, notably at the Keweenaw Research Center and the U.S. Army’s Ground Vehicle Systems Center. These tests have covered land mobility, vehicle performance, logistics, field maintenance, and integrated training systems. This evaluation campaign builds on initial prototype deliveries made in 2022. In parallel, the Marine Corps selected General Dynamics and Textron in 2024 to develop ARV-30mm variants, with potential production projected to begin in fiscal year 2028. Units from Light Armored Reconnaissance (LAR) battalions are actively participating in these trials, providing valuable operational feedback to refine design and capabilities.
General Dynamics Land Systems’ presence at Modern Day Marine 2025, held from April 29 to May 1 at the Walter E. Washington Convention Center, also included the presentation of other complementary innovations. Among them was the VITALS (Vehicle Intelligence Tools & Analytics for Logistics and Sustainment) software suite, developed to support predictive and proactive fleet maintenance. Already partially deployed within the U.S. Army’s Stryker brigades, this artificial intelligence-based system includes five modules designed to increase operational readiness, reduce logistical footprints, and lower lifecycle costs. It contributes to the dynamic management of vehicle fleets by providing advanced diagnostic and planning tools for unit commanders.
Another notable demonstration was the Digital Training System, an immersive and connected solution enabling operators and maintenance personnel to train remotely using an interactive digital twin of the vehicle. Accessible from computers, tablets, or smartphones, this system delivers fully simulated technical and tactical training scenarios, supporting modular and progressive instruction with or without an instructor. This approach meets the need for rapid, flexible training of qualified personnel without requiring constant access to physical equipment.
Additionally, General Dynamics highlighted the tactical connectivity capabilities developed in partnership with Blu Wireless. The company’s mmWave technologies offer high-speed, low-probability-of-detection wireless networks designed to provide resilient, secure communication in contested environments. These networks support real-time data exchange across dispersed units operating in complex operational contexts.
The ARV and associated systems presented at Modern Day Marine 2025 demonstrate General Dynamics Land Systems’ alignment with the evolving strategic requirements of the U.S. Marine Corps. In an environment where agility, interconnectivity, and technological adaptability are increasingly critical, the ARV combines amphibious mobility, open architecture, embedded intelligence, and digital training tools. It is poised to become a central component of the Marine Corps' future command and maneuver architecture.