HDT Robotics Deploys Hunter WOLF Platforms for Army GOAT Training & Evaluation

HDT Robotics delivers autonomous ground vehicles to the 10th Mountain Division at Fort Polk to enhance soldier endurance and logistical flexibility By Joseph Macey / 19 May 2026

Unmanned Ground Vehicles (UGV)

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HDT Robotics Deploys Hunter WOLF Platforms for Army GOAT Training & Evaluation
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HDT Robotics has delivered Hunter WOLF Unmanned Ground Vehicles (UGV) to the U.S. Army 3rd Brigade, 10th Mountain Division at Fort Polk, Louisiana.

The delivery is a primary component of the Army’s Ground Optionally Autonomous Transport (GOAT) program and supports a week-long Operator New Equipment Training (OPNET) event. During this period, HDT will train soldiers to operate, employ, and sustain the platform while demonstrating a variety of modular mission payload configurations and operational roles.

Developed within HDT’s Advanced Battle Lab, the Hunter WOLF is a multi-mission robotic platform engineered to reduce soldier workload and extend operational duration. By automating heavy tasks, the vehicle is intended to keep personnel in the field longer with less fatigue and at safer distances from potential threats. The platform is highly versatile, capable of serving as a logistics mover, a casualty evacuation system, a communications hub, or an Intelligence, Surveillance, and Reconnaissance (ISR) platform.

Tom Van Doren, President, Robotics Sector at HDT, said, “We’re focused on giving soldiers a capability that helps them do their job while reducing their exposure to risk. The Hunter WOLF has gone through rigorous testing, is battlefield tested, and ready now.”

To ensure long-term viability and ease of use in theater, the vehicle utilizes commercially available components that simplify field maintenance. The current training cycle provides soldiers with direct experience in both operating and maintaining the system, including the use of autonomy kits and casualty evacuation protocols. Moving forward, HDT will also support the Army’s Transformation in Contact (TiC) activities to further demonstrate the WOLF’s autonomous capabilities in active environments.

Posted by Joseph Macey Joseph Macey is a Content Specialist at Defense Advancement, where he has focused on emerging defense technologies since joining in 2022. His expertise spans tactical UAS, rugged computing, and Satellite Communication Systems. After graduating in Journalism from Falmouth University, Joseph began his career in 2019 as a local reporter. His journalism background enhances both his reporting and interview skills, enabling him to provide insightful, authoritative analysis of the latest trends shaping the defense industry. Connect
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