From manufacturing floors to bomb squads, our robotic systems are built to perform under pressure—literally. At the core of our manipulator systems is our patented, ultra-efficient actuator technology, originally developed for the U.S. Department of Defense. Fully modular, self-contained, and capable of continuous rotation, these actuators deliver unmatched strength, precision, and adaptability in the harshest environments.
That same engineering approach extends to platforms like the Hunter WOLF unmanned ground vehicle (UGV), integrating advanced mobility systems, power management, and remote operation to perform in demanding environments and critical missions.
Across all systems, HDT combines rugged durability with precise control to deliver reliable performance where traditional solutions fall short.
What
Sets Us
Apart
HDT-Developed & Patented
Built on technology originally developed for DARPA and protected by multiple patents, our systems are designed and engineered in-house for mission-critical reliability.
High Power & Performance
Delivers exceptional strength-to-weight performance across both precision manipulators and mobile robotic systems.
Integrated Controls
Seamlessly integrates with advanced control platforms like Picknik’s MoveIt Studio for intuitive motion planning, simulation, and control.
Self-Contained & Fully Modular
Each actuator is self-contained and part of a fully modular system, allowing fast customization and simplified maintenance.
Configurable for the Mission
Available in a wide range of configurations our arms and vehicles meet specific operational requirements from precision manipulation to mobile field support.
Continuous Operation
Designed for sustained performance, including continuous rotation in manipulator joints and long-duration operation in mobile systems.
Remote Operation
All systems are designed for tele-operation with intuitive wireless controls, enabling safe deployment in hazardous environments.
Engineered Inside and Out
From actuators to vehicles, HDT systems are engineered for performing in demanding environments. Integrated control, sensing, and power systems reduce complexity while improving reliability and operational effectiveness.
Tough & Rugged
Built to take a beating—fully sealed and impact resistant for demanding, high-risk tasks.
Extreme Cold & Heat Durability
Operates reliably in environments ranging from -40°F to 160°F, without performance loss.
Arms That Perform
Our arms are optimized for mobile platforms with a high strength-to-weight ratio that minimizes payload impact. Full sealed and rugged, they are available in submersible configurations (IP66 or IP67), capable of withstanding washdowns and full submersion for reliable operation on land or at sea.
Light-Weight Mobility
Optimized for mobile platforms with a high strength-to-weight ratio that minimizes payload impact.
Submersible (IP66 or IP67)
Sealed to withstand high-pressure washdowns or full submersion—ready for land, sea, or anything in between.
Build Your System
We don’t believe in one-size-fits-all. From robotic arms to integrated systems and vehicles, we will configure a solution to match your exact needs - no compromises.
Evaluate Your System
Explore how HDT Systems perform in your environment before committing. From manipulators to full platforms, our evaluation programs let you test real hardware and validate performance - risk-free.
Certifications
Our systems have undergone rigorous testing for safety, durability, and performance in hazardous environments. From first response to energy, and from underwater work to extreme temperatures, see how our technology stands up to the world’s toughest conditions.
Made in America
With 80+ years of U.S.-based manufacturing, HDT is built on a legacy of engineering for the extreme. Our journey began in 2006, with the development of the world's most advanced prosthetic arm for the U.S. Department of Defense. That same patented tech now powers our modular manipulators — designed, built, and tested in America.
Ready to get started?
Request a demo, evaluation, or custom solution.