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Kyber Labs

Price on request

The Kyber Labs Independent Hand is a compliant, backdrivable robotic hand designed for AI-driven manipulation.
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MYBOTSHOP GmbH is a specialized supplier of professional robotics and automation components, providing high-quality hardware, expert support, and reliable solutions for research, education, and industrial development.

Kyber Labs

The Kyber Labs Independent Hand is a dexterous robotic hand concept built for AI-driven manipulation,
with an emphasis on backdrivability, mechanical compliance, and cost-focused hardware.
Kyber Labs targets real industrial value—especially assembly, machine tending, and other
high-mix tasks that traditional automation struggles to solve.

Public Hardware Details
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Designed for AIHardware optimized for AI-based control
MechanicsBackdrivable & compliant (published)
Cost focusTargeted to be “hundreds of dollars” (published)
RoadmapLow-cost, high-density fingertip sensing (published)

 

Why it matters

  • Compliance for real-world contact: backdrivable mechanics help the hand adapt naturally to objects and misalignments.
  • Built for learning systems: hardware aims to make manipulation easier and more reliable for AI policies.
  • Cost scalability: designed from the start for affordability to enable large-scale deployment and data collection.

Technical Hardware Specifications (Publicly Available)

Published by Kyber Labs

Manufacturer Kyber Labs
System focus Dexterous hands for embodied AI manipulation platforms
Key mechanical properties Backdrivable, compliant (stated)
Cost intent Designed for low cost (stated: “hundreds of dollars, not thousands”)
Target applications Assembly, machine tending, high-mix/low-volume industrial work
Tactile sensing Developing low-cost, high-density fingertip sensors (stated)

Not publicly specified (integration-grade details)

Finger count / kinematics Not publicly specified
Degrees of freedom (DoF) Not publicly specified
Actuation type (motors/tendons) Not publicly specified
Dimensions / weight Not publicly specified
Electrical interface / bus Not publicly specified
Power requirements Not publicly specified
Control API / SDK / ROS support Not publicly specified
Load ratings / fingertip force Not publicly specified

Kyber Labs currently shares high-level design goals and differentiators publicly. For detailed engineering specifications
(CAD, connectors/pinout, bus protocols, sensor outputs, load ratings), request the latest documentation directly from Kyber Labs.

Typical use cases

  • High-mix assembly and screw/nut handling
  • Machine tending with variable parts and fixtures
  • Data collection for manipulation learning (teleop + autonomy)