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DexRobot Demonstrates Dexterous Hand Teleoperation with MANUS Gloves

October 19, 2026
Robotics
Robotic Hands
Physical AI

DexRobot demonstrated dexterous hand teleoperation using MANUS gloves at the 2026 World Robot Conference and World Artificial Intelligence Conference 2026.

Tracking Human Hand Motion for Teleoperation

The DexHand021 Pro is a dexterous robotic hand with an integrated wrist, 18 active degrees of freedom, and a dual-tendon drive mechanism.

Using high-precision, low-latency hand motion capture, MANUS provides the input that enables the operator’s hand movements to be mapped to the robotic system in real time. This approach supports dexterous manipulation, training data collection for robot learning, and embodied AI research and development.

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Extending Teleoperation with Haptic Feedback

MANUS Metagloves Pro Haptic combine EMF-based hand tracking with integrated vibrotactile feedback. Developers can customize and control this feedback through the MANUS SDK, adding tactile cues to compatible teleoperation systems alongside visual feedback.

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Ready to bring motion to life?
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Ready to access machine-grade motion data?
Join leading labs worldwide using MANUS for embodied AI.
Ready to access machine-grade motion data?
Join leading labs worldwide using MANUS for embodied AI.
Ready to shape the future of immersive interaction?
Join XR pioneers using MANUS Gloves for lifelike hand interaction and motion fidelity in virtual environment.