Sharpa AE01 Haptic Exoskeleton Data Glove
The Sharpa AE01 is a haptic exoskeleton data glove designed for robot teleoperation and egocentric data capture. With 22-DoF motion tracking and fingertip haptic feedback, it provides a high-fidelity interface for controlling robots and collecting human manipulation data for physical AI research. Sharpa
High-Fidelity Hand Motion Capture
AE01 uses 22 encoders across 22 DoF to capture natural hand movements, enabling precise motion mapping for robot teleoperation and manipulation data collection. Fingertip position repeatability is below 1 mm. Sharpa
Dynamic Fingertip Haptic Feedback
Five fingertip LRA vibration motors provide 256 dynamic feedback levels per fingertip, giving operators tactile cues during teleoperation. This supports more responsive and intuitive control when robots interact with physical objects. Sharpa
Low-Latency Robot Control
AE01 supports 500 Hz wired data output with 5 ms latency, while wireless operation provides 150 Hz output with 10 ms latency. USB Type-C and wireless USB connectivity offer flexible integration with robotic systems. Sharpa
Calibration-Free Data Collection
The AE01 is designed for plug-and-play operation without additional calibration and is built to resist environmental interference. With over 3 hours of battery life and up to 30 m wireless range, it provides a practical interface for robotics research, teleoperation, and robot learning workflows.



