KORTHOS / ECOSYSTEM / PRODUCT

Revo 3

About

About Revo 3

Revo 3 is BrainCo's dexterous robotic hand platform for manipulation research and humanoid integration. Its developer documentation exposes control and integration interfaces for commanding the hand and reading supported device state.

The product belongs to BrainCo's RevoLimb hand line and is presented as a subsystem for robot builders, with configuration and software support documented through the SDK. Force, sensing and degree-of-freedom values depend on the exact hardware configuration.

Capabilities

Source-backed capabilities

  • Capability areas: Robotic grasping, Dexterous manipulation
  • Workflows: End-effector manipulation, Dexterous grasping
  • Operating environments: Industrial automation cells, robotics laboratories and reinforcement-learning test environments.
  • Target markets: Automation integrators, robot developers, embodied-AI teams and research laboratories.
  • Deployment model: Robotic end-effector product line with U21, U21T and U21VT configurations, SDKs, ROS support and simulation assets.
  • Dexterous manipulation

    Research demonstration - 2026-04-17 - BrainCo's RevoLab stack provides exact Revo 3 Isaac Lab environments, pretrained checkpoints and sim-to-real deployment code for cube repose, cylinder reorientation, HORA/RMA ball and cylinder rotation, and right-hand object lifting.

    Source
  • Object manipulation

    Research demonstration - 2026-04-17 - BrainCo's RevoLab stack provides exact Revo 3 Isaac Lab environments, pretrained checkpoints and sim-to-real deployment code for cube repose, cylinder reorientation, HORA/RMA ball and cylinder rotation, and right-hand object lifting.

    Source
  • Object manipulation

    Claimed - 2026-04-09 - BrainCo released Revo 3 as a 21-degree-of-freedom dexterous hand built on direct-drive, backdrivable joints for higher-precision robotic manipulation.

    Source
  • Remote and shared control

    Demonstrated - 2026-07-16 - BrainCo used MANUS joint-angle and fingertip data to teleoperate the Revo 3 dexterous hand…

    Source

Observed use

Exact-product configurations are shown without inferring supply, purchase, customer status, standard fit, deployment or partnership.

  • MANUS gloves

    2026-07-16 - Physical Demo - Controlled By - Physical - BrainCo used MANUS joint-angle and fingertip data to teleoperate the Revo 3 dexterous hand; haptic feedback was optional.

    Source

Timeline

  • BrainCo used MANUS joint-angle and fingertip data to teleoperate the Revo 3 dexterous hand…

    2026-07-16 - Demonstration - MANUS joint-angle and fingertip data controlled the BrainCo Revo 3 dexterous hand. Haptic feedback was available as an optional element of the setup.

    Source
  • BrainCo launches Revo 3 dexterous hand

    2026-04-09 - Product Launch - BrainCo released Revo 3 as a 21-degree-of-freedom dexterous hand built on direct-drive, backdrivable joints for higher-precision robotic manipulation. The company said the hand combines full-palm tactile sensing with fingertip visuotactile sensing, targeting stable in-hand manipulation rather than simple grasping alone. BrainCo positioned Revo 3 as a deployment-ready hand stack with support for multiple control modes, mainstream industrial communications, and broader embodied AI integration workflows.

    Source

Context

Market context

Revo 3 is BrainCo's 21-active-DoF backdrivable dexterous robotic hand for industrial automation, robotics research and manipulation-policy development.

  • Target environment: Industrial automation cells, robotics laboratories and reinforcement-learning test environments.
  • Workflow context: Adaptive grasping, contact interaction, dexterous manipulation, policy testing and robot end-effector integration.
  • Customer context: Automation integrators, robot developers, embodied-AI teams and research laboratories.
  • Deployment model: Robotic end-effector product line with U21, U21T and U21VT configurations, SDKs, ROS support and simulation assets.
  • Commercial maturity: Released product platform with official integration documentation and purchasing support.
  • Adoption constraints: Requires robot-arm integration, control-stack configuration and application-specific manipulation policies; tactile functions vary by configuration.
  • Market position: High-DoF tactile dexterous hand for contact-rich industrial and research manipulation.
  • Adjacent products: Dexterous robot hands, tactile end effectors, humanoid manipulation components

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