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    Home/News/DARPA Demonstrates Teaming Autonomous Ground Vehicles at Fort Knox
    federal_newsgeneral

    DARPA Demonstrates Teaming Autonomous Ground Vehicles at Fort Knox

    DARPA demonstrated four RACER-enabled unmanned ground vehicles operating together at Fort Knox, using satellite imagery to reach a simulated engagement while retaining human approval for engagement decisions. Planned payload integration and soldier feedback in December may inform future requirements, but the demonstration announces no solicitation, award value, or contract number.

    October 25, 2026Defense Advanced Research Projects Agency, United States Army

    Key Signals

    • DARPA demonstrated four coordinated RACER-enabled unmanned ground vehicles at Fort Knox
    • Human authorization remains required for simulated engagement decisions
    • December payload integration and soldier feedback are planned program milestones
    • Potential capability areas include autonomous mobility, sensing, payload integration, and human control
    • No solicitation, award value, or contract number is identified

    "It’s controlled engagement. All the mobility, all the movement, all the detections, all of that is autonomous. But they don’t pull the trigger until a human says pull the trigger."

    — Dr. Jason Gregory, Technical Advisor at DARPA

    On October 15, 2026, the Defense Advanced Research Projects Agency (DARPA) demonstrated four RACER-enabled unmanned ground vehicles working together at Fort Knox. The vehicles used a cue derived from satellite imagery to move toward a simulated engagement, showcasing coordinated autonomous mobility and target-detection capabilities. The exercise is a technology demonstration, not a procurement announcement: the available information identifies no open solicitation, contract number, or award value.

    The demonstration highlights a division of responsibilities that matters for future system design. Vehicles handled movement and detections autonomously, but a human had to authorize each engagement. Dr. Jason Gregory, a technical advisor at DARPA, described the approach as: “It’s controlled engagement. All the mobility, all the movement, all the detections, all of that is autonomous. But they don’t pull the trigger until a human says pull the trigger.” That human-in-the-loop constraint is central to the reported capability, rather than a peripheral feature.

    DARPA plans to integrate payloads and gather soldier feedback in December. Those activities are program milestones, not a stated procurement deadline or indication that a solicitation is imminent. For contractors, they nevertheless offer a useful view of the areas that may shape subsequent experimentation or requirements: autonomous ground mobility, sensor performance, payload integration, coordinated vehicle behavior, and interfaces that preserve human authorization. The demonstration does not specify payload types, technical thresholds, quantities, or a transition pathway, so vendors should avoid treating those topics as confirmed requirements.

    The signal names Anduril and Overland AI as vendors associated with the news, but it does not specify their respective roles, contract status, or contributions to the Fort Knox demonstration. The United States Army is also identified among the agencies, while the reported December soldier-feedback milestone suggests a military-user perspective will inform continued development. Companies tracking this effort can monitor official program updates and look for concrete acquisition indicators—such as a formal request for information, solicitation, funding notice, or disclosed award—before committing to a specific bid strategy.

    • DARPA demonstrated four RACER-enabled unmanned ground vehicles operating together on October 15, 2026.
    • The demonstration took place at Fort Knox and involved a simulated engagement cued by satellite imagery.
    • Vehicle mobility, movement, and detections were autonomous; engagement required human approval.
    • Dr. Jason Gregory, DARPA technical advisor, characterized the approach as “controlled engagement.”
    • DARPA plans payload integration and soldier feedback in December; these are milestones, not a stated procurement deadline.
    • Relevant capability areas include autonomous mobility, sensing, payload integration, vehicle coordination, and human-in-the-loop control.
    • Anduril and Overland AI are named in the signal, but their specific roles are not provided.
    • The United States Army is identified alongside DARPA; no contract number, award value, or open solicitation is reported.
    • Contractors should treat the demonstration as an indicator of technical direction, not as an immediate bid opportunity.

    Agencies

    • Defense Advanced Research Projects Agency
    • United States Army

    Vendors

    • Anduril
    • Overland AI

    Locations

    • Fort Knox

    Sources

    • DARPA tests autonomous vehicles that team up to find enemy targetsThe Defence Blog · Oct 25
    Artificial IntelligenceDefenseAutonomous SystemsUnmanned Ground VehiclesHuman-in-the-LoopMilitary Technology
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