A hand motion-capture glove built on MEMS attitude sensors and an AI gesture algorithm. Seven sensors per glove track flexion and abduction of all five fingers with static accuracy of Roll 0.1° / Pit…
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A hand motion-capture glove built on MEMS attitude sensors and an AI gesture algorithm. Seven sensors per glove track flexion and abduction of all five fingers with static accuracy of Roll 0.1° / Pitch 0.1° / Yaw 0.2°, and the 200 Hz update architecture (600 Hz data computation) keeps transport and feedback latency in the millisecond range. The 600 mAh battery runs 8 hours, making it practical for long collection sessions; VR interaction, dexterous-hand teleoperation, medical simulation and industrial remote operation are the target scenarios.
| Model | LMCG1-01, supplied as a pair |
| Minimum resolution | ≤ 0.001° |
| Sensors | 7 per glove |
| Static accuracy | Roll 0.1° / Pitch 0.1° / Yaw 0.2° |
| Data output frame rate | 100 Hz; computation 600 Hz |
| Wireless | 2.4 GHz, 20 dBm, omnidirectional antenna, up to 30 m |
| Battery | 600 mAh, 8 h continuous operation |
| Weight | 95 g per glove |
| Working voltage | 3.3 VDC; supply 5 VDC, working current ≤ 50 mA |
| Dimensions | 165 x 17.8 x 8.7 mm |
| Data transceiver | USB-A dongle |
| Rated power | 0.5 W |
Prices are quoted in EUR, EXW. Lead time, freight and duties are confirmed per order. For volume pricing, samples or a formal quotation, send your BOM to sales@worldrobots.cn.
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