Dense Tactile Coverage
162 sensing points per hand at 4 mm × 6 mm resolution. Full finger and palm coverage for high-fidelity manipulation data.
High-density fabric pressure sensing for grasp and manipulation. 162 sensing points per hand, 6-axis IMU, 100 Hz serial sampling, and only 35.4 g per glove. Our own product — designed and built in-house.
Pilot and volume pricing available. Contact us for a quote tailored to your deployment.
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The Robotics Center G1 is a textile-based tactile glove that places 162 fabric pressure sensors densely across the fingers and palm of each hand. Paired with an onboard Bluetooth transmitter and a 6-axis IMU, it captures the full contact state of a human or robotic hand during manipulation — grip force distribution, individual fingertip contacts, and palm pressure — in real time.
Because the sensing layer is woven into the fabric rather than bonded to a rigid substrate, the G1 is soft, breathable, and bends naturally with the hand. Sensors survive Z-fold creasing and kneading (minimum fold radius under 0.2 mm), and the array has passed automotive-grade durability testing at 200,000 cycles.
162 sensing points per hand at 4 mm × 6 mm resolution. Full finger and palm coverage for high-fidelity manipulation data.
100 Hz serial sampling, 30 Hz Bluetooth, < 0.2 ms response time. Suitable for real-time tactile feedback during robot operation.
Per-finger bending degree reported alongside pressure. No external motion capture needed for basic hand pose.
Only 35.4 g per glove. Woven fabric construction is soft, breathable, and skin-friendly for extended wear.
ICM-42688 at 120 Hz. Tracks hand orientation and motion dynamics alongside contact sensing.
200,000 cycles at 3 MPa. Minimum fold radius < 0.2 mm. IP21 protection rating.
Human demonstrators wear left + right gloves to record natural manipulation trajectories. Full contact maps streamed at up to 100 Hz.
Gloves can be mounted directly onto robotic or humanoid hands for closed-loop tactile feedback during grasping and assembly tasks.
Hot-swappable between demonstrators. Data stream tags LH vs. RH automatically, simplifying multi-operator data campaigns.
Pair G1 gloves with the E1 exoskeleton for full upper-body teleoperation with tactile feedback. Record manipulation + arm motion in a single synchronized stream.
Add multi-view vision data alongside tactile recordings. Synchronized timestamps let you build vision-tactile datasets for policy training.
Stream G1 data directly into the data platform for annotation, quality scoring, and export to Open X-Embodiment or custom formats.
In-stock units ship within 1–3 business days from Mountain View, CA. Palo Alto pickup available.
Standard hardware warranty on manufacturing defects. Extended coverage available for lab and pilot programs.
Email guidance, live troubleshooting, and optional on-site setup for larger deployments. Direct line to the team that designed the hardware.