openarm

Open-Source, Research-Ready Robotic Arm for AI Hardware Demos

OpenArm is a versatile, open-source robotic arm built for researchers, educators, and builders who want a powerful yet accessible platform for embodied AI. Designed with transparency and modularity at its core, OpenArm makes it easy to go from algorithms to real-world motion—perfect for live demos, hands-on exploration, and interactive showcases at our events.

Why OpenArm

Embodied intelligence needs a reliable physical backbone. OpenArm provides a clean, hackable manipulation platform that lowers the barrier to experimentation while remaining capable enough for serious research and product prototyping.

Key Features

  • Open-Source by Design

    Hardware files, firmware, and control interfaces are openly available—ideal for learning, customization, and rapid iteration.

  • Multi-DOF Precision Control

    Smooth, repeatable motion supports classic manipulation tasks like pick-and-place, trajectory tracking, and basic assembly.

  • Modular End-Effector Support

    Easily pair with grippers, dexterous hands (like Orca Hand), or custom tools to explore different manipulation paradigms.

  • AI- & ROS-Friendly

    Integrates well with common robotics stacks and learning workflows, enabling reinforcement learning, imitation learning, and teleoperation.

  • Tabletop & Event-Ready

    Compact footprint and approachable design make it safe and engaging for demos, workshops, and social events.

Applications

  • AI & Robotics Research – Manipulation learning, control, and perception-in-the-loop experiments

  • Education & Workshops – Teaching robotics, control, and embodied AI with real hardware

  • Live Demonstrations – Clear, intuitive motion that helps audiences understand how AI controls robots

  • Rapid Prototyping – A practical base arm for startups and labs testing new ideas

At Our Party

At the Silicon Valley Robotics Center event, OpenArm will be featured as a hands-on AI hardware demo. Guests can interact with the arm, see how software commands translate into physical motion, and explore how open-source robotics accelerates innovation.

Open, adaptable, and ready to build—OpenArm turns ideas into motion.

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