Orca Hand

The Orca Hand is a next-generation dexterous robotic hand designed for researchers, builders, and creators working at the frontier of AI hardware and embodied intelligence. Inspired by the strength, precision, and adaptability of the orca, this hand combines multi-finger dexterity, rich sensing, and robust actuation in a compact, developer-friendly platform—perfect for live demos, interactive showcases, and hands-on experimentation at our events.

Why Orca Hand

Modern AI needs physical intelligence. Orca Hand bridges the gap between algorithms and the real world by enabling precise, human-like manipulation—turning perception and planning into tangible action.

Key Features

• Multi-Finger Dexterity — Independent finger control enables complex grasps, in-hand manipulation, and fine motor tasks such as pinching, rolling, and tool use.
• High-Torque, Backdrivable Actuation — Smooth, compliant motion supports safe human–robot interaction while maintaining the strength required for real-world objects.
• Rich Sensing Interface — Designed to integrate tactile, force, or joint feedback, enabling closed-loop control and learning-based manipulation.
• AI-Ready & Developer-Friendly — Compatible with common robotics stacks and learning frameworks, ideal for reinforcement learning, imitation learning, and teleoperation.
• Compact & Modular Design — Easy to mount on robotic arms or humanoid platforms; modular components support rapid prototyping and customization.

Applications

• AI & Robotics Research — Dexterous manipulation, grasp learning, embodied AI experiments
• Human–Robot Interaction — Safe, expressive, and intuitive physical interaction
• Education & Demonstration — Showcase AI hardware at parties, meetups, and demo nights
• Product Prototyping — Test real-world manipulation for service robots, labs, and startups

From code to contact—Orca Hand makes intelligence tangible.