The Marine Corps is closing in on a decision that will determine what its reconnaissance units drive into combat for the next several decades. Two defense contractors, Textron and General Dynamics Land Systems, are each building prototype vehicles under the service’s Advanced Reconnaissance Vehicle-30 program, and as of spring 2026, the Corps is preparing to put those machines through a head-to-head evaluation before picking a winner.
The stakes are significant. The ARV-30 is designed to replace the LAV-25, a light armored vehicle that has been the backbone of Marine reconnaissance battalions since 1983. After more than 40 years of service, the LAV fleet is showing its age against a threat landscape that now includes precision-guided munitions, advanced surveillance systems, and near-peer adversaries operating across the Western Pacific.
Why 37,000 pounds matters
Every pound on the ARV-30 is a tradeoff. The Marine Corps needs a vehicle that carries a 30mm cannon, protects its crew against modern anti-armor weapons, and integrates sensors capable of detecting threats at extended range. But it also needs that vehicle to fit inside the well decks of Navy amphibious ships and roll on and off landing craft like the LCAC hovercraft and the newer Ship-to-Shore Connector.
That requirement puts a hard ceiling on weight. According to the CRS primer on the ARV program, the ARV-30 is designed to stay under 40,000 pounds to preserve ship-to-shore mobility. The roughly 37,000-pound figure cited in program discussions reflects the practical carrying limits of the Navy’s landing craft and the physical dimensions of amphibious well decks. A vehicle that creeps past that threshold risks becoming too heavy for the very missions it was built to perform: fast, distributed operations across contested island chains in the Pacific.
The constraint is not abstract. Under the Corps’ Force Design modernization effort, Marine units are expected to operate in small, dispersed formations spread across archipelagos, moving between austere bases by sea and air. A reconnaissance vehicle that cannot deploy from a ship is a reconnaissance vehicle that stays behind.
The competition so far
On March 6, 2024, the Marine Corps selected both Textron and GDLS to build ARV-30 prototypes, according to the Congressional Research Service primer (In Focus IF11831) that tracks the program’s history and rationale. The dual award was a deliberate strategy: by funding two competing designs through the prototype phase, the service preserves competitive pressure on cost and performance before committing to a single producer.
Contract details logged in the Department of Defense contract repository confirm awards to both companies through Marine Corps Systems Command, the service’s acquisition arm for ground combat programs. Subsequent contract modifications recorded in that same database indicate the program has continued to move forward since the initial awards.
Neither company has released a full, official specification sheet for its prototype. Defense trade outlets have published estimated performance figures over the past two years, and both contractors have discussed their designs at industry events such as Modern Day Marine and the Association of the United States Army annual meeting. However, the specific numbers circulating in trade coverage do not appear in any official Marine Corps or DoD document available for independent verification. Without a government-issued test report or specification sheet, claimed top speeds, armor ratings, or sensor capabilities should be treated as provisional.
What remains unknown
Several important details have not yet surfaced in primary government sources reviewed for this report. The Marine Corps has not formally announced when it expects to receive finished prototypes from either contractor, nor has it published a timeline for the down-select decision that will determine the winner. Public budget documents reviewed here do not fill in those dates for the ARV-30 variant specifically.
Total program cost for a full production run is also unclear. The initial prototype awards and modifications are on the public record, but a comprehensive cost estimate for procurement at scale has not appeared in CRS products or Marine Corps budget justifications reviewed to date. Earlier analyst estimates for the broader ARV effort predate the 2024 prototype selection and may not reflect current planning.
One question drawing particular attention is whether either prototype incorporates manned-unmanned teaming, the ability to control drones or robotic ground vehicles during reconnaissance missions. The Marine Corps has repeatedly signaled interest in such capabilities as part of Force Design, its sweeping modernization initiative that emphasizes long-range sensing and unmanned platforms. But no official requirement document or test plan confirming this feature for the ARV-30 has appeared in open sources. Any claims about drone integration in either design remain unverified based on the primary documents examined here.
The broader ARV concept envisions a family of vehicles, potentially including command-and-control and anti-tank variants built on a shared platform. How many components the ARV-30 will share with those future versions, from chassis and powertrain to electronics, is not yet documented publicly. That level of detail typically emerges later in the acquisition cycle, after testing data and production cost analyses are in hand.
What this means for the Marines
For the reconnaissance battalions that will ultimately crew these vehicles, the competition is more than a procurement exercise. Marines operating LAV-25s today are driving platforms designed during the Cold War, before the proliferation of anti-tank guided missiles, networked air defenses, and the kind of satellite and drone surveillance that a country like China can bring to bear in the Western Pacific.
The ARV-30 is meant to close that gap: a vehicle that can survive first contact with modern weapons, detect threats before being detected, share targeting data across a distributed force, and still squeeze into the belly of an amphibious ship. Whichever contractor delivers that combination of lethality, protection, and deployability will likely secure a production contract worth far more than the initial prototype awards, potentially making the ARV-30 one of the largest Marine ground vehicle programs in a generation.
Until the Corps publishes test results and announces a down-select, the most reliable picture of the program comes from the CRS chronology and the DoD contract record. Both confirm the same thing: the race between Textron and General Dynamics is well underway, but the finish line is still ahead.
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*This article was researched with the help of AI, with human editors creating the final content.
