Metagloves Pro Haptic

About

About Metagloves Pro Haptic

Metagloves Pro Haptic combines MANUS electromagnetic finger tracking with integrated vibrotactile feedback. The gloves reconstruct 25 degrees of freedom without optical occlusion or cumulative inertial drift, while individually addressable haptic elements can signal virtual contact, system events or teleoperation feedback to the wearer.

The tracking and haptic modules connect through MANUS Core for calibration, real-time streaming and integration with simulation, training and robotics software. Detachable electronics and swappable batteries support extended sessions, while SDK access allows developers to map hand pose and feedback onto custom interfaces. Haptic output is vibrotactile, without force resistance at the fingers.

Capabilities

Source-backed capabilities

  • Control modes: Teleoperated
  • Remote and shared control

    Demonstrated - 2026-06-15 - Capture human finger movement as live control input for a Xynova Flex 2 hand.

    Source

Observed use

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

  • Tesollo DG-5F-series hand

    Physical Demo - Controlled By - Mixed - Tesollo demonstrated DG-5F-series real-robot teleoperation and Isaac Sim haptic interaction using MANUS Metagloves Pro Haptic.

    Source
  • Xynova Flex 2

    Physical Demo - Controlled By - Physical - Xynova used Metagloves Pro Haptic to teleoperate Flex 2, mapping four fingers from ergonomics data and the thumb from endpoint position.

    Source

Resources

Curated durable documents and official technical references.

Timeline

  • Demonstration: Xynova demonstrated Flex 2 teleoperation with MANUS Metagloves Pro Haptic

    2026-06-15 - Demonstration - Xynova demonstrated Flex 2 teleoperation with MANUS Metagloves Pro Haptic. This was a named Flex 2 teleoperation demonstration using the haptic glove configuration, not evidence of a commercial supply or standard product bundle.

    Source

Context

Comparable Systems

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