Linker MCG Motion Capture Glove
LinkerBot Linker MCG is a high-precision motion capture glove designed for hand motion tracking, dexterous hand teleoperation, robot data collection, and robotics research. By capturing detailed finger and hand movements, it provides real-time motion data for robotic control, human-machine interaction, and secondary development.
High-Precision Hand Motion Capture
Each Linker MCG glove integrates 7 MEMS attitude sensors with a minimum resolution of ≤0.001°. The system captures finger flexion, extension, and abduction across the thumb and four fingers for detailed hand posture and motion tracking.
Real-Time Dexterous Hand Teleoperation
With a 600 Hz data calculation frame rate and 100 Hz data output frame rate, Linker MCG supports real-time motion mapping and dexterous hand control. The 2.4 GHz wireless connection allows hand movements to be captured without a wired connection to the host computer.
Data Collection and Development
Linker MCG host software supports calibration, dexterous hand teleoperation, motion data broadcasting, and recording. Motion data can be transmitted through UDP broadcast for secondary development and integration with third-party robotics systems.
Key Specifications
- 7 MEMS attitude sensors per glove
- Minimum resolution: ≤0.001°
- Static accuracy: Roll/Pitch ≤0.1°, Yaw ≤0.2°
- Data calculation frame rate: 600 Hz
- Data output frame rate: 100 Hz
- 2.4 GHz wireless communication
- UDP data broadcasting
- Motion data recording
Applications
Linker MCG is suitable for dexterous hand teleoperation, hand motion capture, robot data collection, human-robot interaction, robotics research, VR interaction, simulation training, industrial remote operation, and university education.


