VetraSense / EMF Spatial Tracking

VetraGlove Pro Teleoperation Glove

VetraGlove Pro is a Qnbot teleoperation data glove built on electromagnetic-field (EMF) sensing. It captures 25-DOF hand pose and fingertip 6-DOF pose for robotic hand control, demonstration capture, and robot training data workflows.

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Core Specifications

Tracking and Data

Tracking principle
Electromagnetic-field (EMF) sensing
Sensor configuration
Five VetraSense sensors
Hand pose reconstruction
25 DOF
Fingertip pose
3-axis position and 3-axis rotation per fingertip
Minimum resolution
Below 0.2 mm

System and Interfaces

Sampling rate
180 Hz without vibration feedback
Wired latency
10 ms
Wireless latency
30 ms
Wired connection
USB 2.0 Type-C
Developer support
SDK licenses for Windows, macOS, and Linux

Wearable Hardware

Glove type
Full-finger glove
Fingertip mounting
Detachable fabric fingertip modules
Size options
M / L
Weight
Medium glove, excluding battery, below 100 g

Wireless Battery Module

Battery capacity
1200 mAh
Battery life
2.5 hours
Charging time
2 hours
Connection
SparkLink technology

Operating Conditions

Operating temperature
0°C–50°C
Operating humidity
10%–80%, non-condensing
Fabric cleaning
Washable after removing electronic modules

Product Capabilities

25-DOF Hand Pose from EMF SensingFive VetraSense sensors use EMF spatial tracking to reconstruct hand pose and fingertip 6-DOF data.
Low-Latency, High-Rate Output180 Hz output, 10 ms wired latency, and 30 ms wireless latency support real-time control evaluation.
Fingertip Vibration FeedbackAdjustable fingertip vibration can support operator feedback during teleoperation experiments.
Modular, Serviceable HardwareDetachable sensors, glove modules, and battery components simplify maintenance and cleaning.

Robot Teleoperation, Training Data, and Dexterous Hand Integration

Robot Teleoperation
Robot TeleoperationMap fingertip pose and hand motion to a robotic dexterous hand for grasping, tool use, and fine-manipulation validation.
Training Data
Robot Training Data CaptureRecord timestamped hand-operation trajectories for demonstrations, replay, and robot-learning workflows.
Hand Integration
Dexterous Hand IntegrationReview DOF mapping, control protocols, coordinate conventions, calibration, and SDK connection before deployment.

Research and Development Workflows

Start Capturing FasterReduce early time spent evaluating hardware, documentation, and interface options.
Support Natural ControlUse fingertip 6-DOF pose and low-latency output for complex multi-finger mapping.
Keep Experiments TraceableUse timestamps, replay, and structured exports to review demonstrations and training samples.

Integration and Compatibility Resources

Research FAQ

What data does VetraGlove Pro provide for robotics research?It can provide fingertip position and rotation, hand pose, timestamps, and related device signals for teleoperation experiments and demonstration capture.
Can the glove be used to collect robot training data?It can be evaluated for recording human demonstrations, synchronizing robot state and timestamps, and exporting structured samples for replay or imitation learning.
How is VetraGlove Pro integrated with a dexterous hand?Integration is reviewed against the target hand’s DOF, control protocol, coordinate conventions, calibration process, and task requirements.
Which robot platforms can be evaluated?Dexterous hands, robotic arm end effectors, and custom research platforms can be evaluated when their control interface is available.

Next step: Share your robot platform, purchase region, and use case. dexvivid will review product fit before documentation, demo, and quote discussions.

Discuss Purchase and Integration
Purchase Consultation

Discuss Your Robot Platform and Purchase Plan

Share your use case, hardware setup, purchase region, and integration goals. dexvivid will help assess VetraGlove Pro for your robot teleoperation and training data workflow.

  • Review robotic hand compatibility and integration scope
  • Plan documentation, evaluation, and demo requirements
  • Receive a product consultation follow-up within 1 to 2 business days

After submission, dexvivid will run an initial fit review and reply with a path for documentation, demos, or quotes. No purchase budget is required upfront.

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