U.S. Army receives Hunter WOLF unmanned ground vehicles at Fort Polk

HDT Robotics has delivered Hunter WOLF unmanned ground vehicles to the U.S. Army’s 3rd Brigade, 10th Mountain Division at Fort Polk, Louisiana, as part of the Army’s Ground Optionally Autonomous Transport program.

The delivery supports a week-long Operator New Equipment Training event at which HDT will train soldiers to operate, employ, and maintain the platform across multiple modular mission configurations, according to the company’s statement.

The 10th Mountain Division, one of the U.S. Army’s most operationally active light infantry formations with a deployment history spanning Afghanistan, Iraq, Haiti, Somalia, and Kosovo, provides a demanding and operationally relevant test bed for a platform designed to reduce the physical burden on dismounted soldiers operating in difficult terrain.

The Hunter WOLF, developed out of HDT’s Advanced Battle Lab, is a multi-mission unmanned ground vehicle built around a modular payload architecture that allows the same base platform to serve radically different operational roles depending on what is installed on it. In a logistics configuration, it moves supplies and equipment, reducing the load soldiers carry on foot. As a casualty evacuation platform, it can transport wounded personnel out of the line of fire without requiring additional soldiers to expose themselves to direct threat.

As a communications relay, it extends the network coverage available to dismounted units operating at distances from their parent formation. Configured for intelligence, surveillance, and reconnaissance, it pushes sensors forward without putting a soldier behind them. The vehicle uses commercially available components throughout its design, which HDT describes as simplifying field maintenance — a critical practical consideration for any system expected to operate in austere forward environments where specialized repair parts and trained technicians are unavailable.

Tom Van Doren, President of HDT’s Robotics Sector, was direct about the system’s readiness status. “We’re focused on giving soldiers a capability that helps them do their job while reducing their exposure to risk,” Van Doren said in the company’s statement. “The Hunter WOLF has gone through rigorous testing, is battlefield tested, and ready now.” That “ready now” framing is deliberate and operationally significant in a defense acquisition environment where many promising robotic platforms have spent years in testing cycles without reaching fielding.

The GOAT program, under which this delivery is structured, reflects the Army’s effort to accelerate unmanned ground vehicle integration into operational units rather than conducting indefinite evaluation.

The Ground Optionally Autonomous Transport program exists specifically to address the logistics burden that has historically constrained infantry operations. Dismounted soldiers in mountainous or jungle terrain carry loads that routinely exceed 100 pounds when accounting for weapons, ammunition, water, food, communications equipment, and protective gear. That weight limits how far and how fast units can move, degrades combat effectiveness over extended operations, and contributes to musculoskeletal injuries that remove soldiers from duty for months or years. A robotic platform that carries a meaningful fraction of that load, follows the unit autonomously or under operator control, and can be reconfigured for other missions when logistics delivery is not the immediate need addresses multiple problems simultaneously rather than solving any single one in isolation.