KORTHOS / ECOSYSTEM / PRODUCT

Amazing Hand

About

About Amazing Hand

Pollen Robotics uses a parallel linkage architecture to obtain eight driven axes from a compact mechanism weighing about 400 grams. The fingers can form expressive poses and perform experimental grasps while keeping the actuator and transmission layout accessible to builders. The design is intended to mount on Reachy 2 or be adapted to another compatible arm.

Mechanical models, circuit files, firmware and control software are published for fabrication and modification. That documentation lets laboratories reproduce parts, alter finger geometry and repair assemblies without relying on a closed supply chain. The reference bill of materials targets less than 200 dollars, positioning the project as an accessible platform for dexterity experiments and robotics education.

Capabilities

Source-backed capabilities

  • Capability areas: Robotic grasping, Dexterous manipulation
  • Workflows: End-effector manipulation, Dexterous grasping
  • Operating environments: Education, open robot platforms, labs and builder communities
  • Target markets: Teams that need cheap repeatable hand hardware before committing to commercial dexterous hands.
  • Deployment model: Pollen Robotics article on Hugging Face.
  • Robotic grasping

    Research demonstration - The official repository provides code, CAD, build documentation and demos for an open-source four-finger robotic hand.

    Source
  • Dexterous manipulation

    Research demonstration - The official repository provides code, CAD, build documentation and demos for an open-source four-finger robotic hand.

    Source

Context

Market context

Sub-200-euro open-source 3D-printed hand for low-cost anthropomorphic manipulation experiments.

  • Target environment: Education, open robot platforms, labs and builder communities
  • Workflow context: Budget hand prototyping, teleoperation experiments and manipulation iteration
  • Customer context: Teams that need cheap repeatable hand hardware before committing to commercial dexterous hands.
  • Deployment model: Pollen Robotics article on Hugging Face.
  • Commercial maturity: Open-source project announced with build-cost and mechanical details.
  • Adoption constraints: Useful as a low-cost experimental hand; not positioned as an industrial-grade commercial component.
  • Adjacent products: Aero Hand Open, LEAP Hand, RUKA-v2, qb SoftHand Research

Tags

  • Peer Group: Dexterous robotic hand, Robot hand components
  • Workflow: End-effector manipulation, Dexterous grasping
  • Capability: Robotic grasping, Dexterous manipulation
  • Stack Layer: Robot end-effector, Manipulation stack

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