MANUS Metagloves Pro Haptic integrate electromagnetic field (EMF) tracking with haptic feedback to deliver millimetre-level hand motion capture and real-time object interaction signals. With 25 degrees of freedom, the system generates anatomically complete datasets of the human hand, capturing every joint and micro-movement for high-fidelity robotic control, embodied AI training, and VR/XR interaction.
Core Technology
- EMF tracking provides millimetre-level accuracy with no occlusion, no drift, and persistent calibration.
- Integrated Linear Resonant Actuators provide real-time vibrotactile feedback during object interaction, enhancing spatial awareness and accelerating learning in teleoperation and virtual environments.
- Calibration completes in seconds, with profiles that persist across users, battery changes, and workstations.
Modular Design
- The detachable Haptic Top Module contains all electronics and connectivity, enabling cost-efficient multi-user deployment. Each operator requires only their own sized Haptic Sensor Glove. Swappable batteries and optional USB-C power support continuous 24/7 operation.
- The system integrates directly into existing pipelines through real-time streaming, industry-standard file export, or full SDK customization.
Applications
- Designed for teleoperation systems requiring tactile feedback, embodied AI training workflows demanding rich interaction datasets, and XR/VR environments where haptic response improves task performance and immersion.
- Suitable for robotics research, motion science, and AI development requiring anatomically accurate human hand data.
Hardware Overview
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