VDSuitMini Half-Body Mocap System for Robot Teleoperation
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Unbox robotics-ready motion capture with the VDSuitMini — an all in one half-body mocap system built for robotics R&D and teleoperation. With ≤20ms latency, anti magnetic technology, and free perpetual VDSuitMini Studio software, it delivers 1:1 real time human to robot motion mapping in under 15 minutes of setup.
Unbox robotics-ready motion capture with the VDSuitMini — an all in one professional solution designed specifically for robotics R&D and teleoperation. It combines high-precision wearable hardware with VDSuitMini Studio powerful, free perpetual motion capture software included with every purchase. Tailored for accurate human motion data acquisition, real time robot teleoperation, and robotic arm control, the VDSuitMini delivers the low latency, high fidelity performance needed to accelerate robotics development workflows.
Core Value Propositions:
- Free Perpetual Software – VDSuitMini Studio is included free of charge with every hardware purchase no recurring fees, no subscription costs.
- Robotics-Centric Design – Optimized specifically for robot motion data collection, humanoid robot teleoperation, and dual arm robotic arm control.
- Fast Setup & Easy Use – Get the system operational in under 15 minutes with minimal calibration requirements.
- Environmentally Flexible – Works reliably in indoor labs, outdoor fields, and magnetically challenging industrial environments.
Two Versions to Match Your Precision Needs:
- VDSuitMini Core – Features intuitive hand held motion controllers (7 IMUs total) for full-body and arm motion capture, ideal for full-body motion, VR interaction, gaming, and workflows where controller input feels natural.
- VDSuitMini Flex – Equips high fidelity data gloves with 17 IMUs total (12 dedicated hand sensors) for capturing nuanced finger and hand articulation ideal for robot teleoperation, animation, film, VFX, and R&D requiring detailed finger and hand performance.
VDSuitMini Flex Professional-Grade Hand Animation:
Stop manually keying fingers. The smart data gloves, equipped with 12 integrated IMUs, capture the natural curl, spread, and rotation of each finger and wrist in real time achieving nuanced performances for robot and robotic arm teleoperation, realistic character animation, expressive virtual avatars, and detailed R&D motion data. Beyond the hands, the Flex system includes a precise motion capture vest tracking torso, arms, and back movement with 5 additional IMUs, providing a complete upper body data stream. The gloves and vest connect wirelessly to a single, lightweight hub, streaming data directly into industry standard software like Unity, Unreal Engine, MotionBuilder, and Blender via native plugins.
VDSuitMini Studio Software (Lifetime Free):
- Real-Time Visualization – Live 3D motion preview with clear joint tracking and instant data feedback.
- Rich Data Export – Supports ROS, ROS2, MATLAB, and Python integration, exporting motion data in standard robotics formats (BVH, JSON) for seamless simulation and control system integration.
- Motion Data Processing – Built in noise reduction and smoothing algorithms ensure clean, reliable motion data for robot training and teleoperation.
- User-Friendly Interface – Intuitive controls for calibration, recording, playback, and parameter adjustment no advanced technical skills required.
Key Application Scenarios:
- Robot Motion Data Collection – Generate high quality motion datasets for imitation learning (IL) and reinforcement learning (RL) of humanoid robots, capturing complex upper body movements like grasping, handling, and manipulation.
- Robot Teleoperation – Achieve 1:1 real time mapping of human upper body movements to humanoid robots, enabling natural, low-latency control of mobile manipulators and service robots including remote operation in hazardous environments.
- Robotic Arm Teleoperation – High precision control of dual arm robotic arms for assembly, sorting, and delicate manipulation tasks, capturing fine hand and finger movements to guide robotic grippers in precision applications like electronics assembly and medical device handling.
| Weight | ≤0.35 kg |
|---|---|
| Sensor Dimensions | 23.3 × 18 × 4.7 mm |
| Angular Velocity Resolution | <0.02° |
| Sensor Refresh Rate | ≥1000 Hz |
| Data Frame Rate | 90 Hz |
| Latency | ≤20 ms |
| Transmission Range | ≥80 meters (open space) |
| Wireless Protocol | Wi-Fi 6 |
| Battery Capacity | 2500 mAh |
| Battery Life | ≥6 hours |
| Calibration | Dual POSE (A-POSE / P-POSE) |
| Sensors (Core) | 5 body nodes + 2 hand nodes |
| Sensors (Flex) | 5 body nodes + 12 hand nodes |
| Connectivity | Wi-Fi 6 + Wired |
| Data Formats | BVH, FBX, CSV |
| Software Compatibility | ROS, ROS2, Isaac Sim, MuJoCo, Unity, Unreal Engine, MotionBuilder, Blender |
Description
Unbox robotics-ready motion capture with the VDSuitMini — an all in one professional solution designed specifically for robotics R&D and teleoperation. It combines high-precision wearable hardware with VDSuitMini Studio powerful, free perpetual motion capture software included with every purchase. Tailored for accurate human motion data acquisition, real time robot teleoperation, and robotic arm control, the VDSuitMini delivers the low latency, high fidelity performance needed to accelerate robotics development workflows.
Core Value Propositions:
- Free Perpetual Software – VDSuitMini Studio is included free of charge with every hardware purchase no recurring fees, no subscription costs.
- Robotics-Centric Design – Optimized specifically for robot motion data collection, humanoid robot teleoperation, and dual arm robotic arm control.
- Fast Setup & Easy Use – Get the system operational in under 15 minutes with minimal calibration requirements.
- Environmentally Flexible – Works reliably in indoor labs, outdoor fields, and magnetically challenging industrial environments.
Two Versions to Match Your Precision Needs:
- VDSuitMini Core – Features intuitive hand held motion controllers (7 IMUs total) for full-body and arm motion capture, ideal for full-body motion, VR interaction, gaming, and workflows where controller input feels natural.
- VDSuitMini Flex – Equips high fidelity data gloves with 17 IMUs total (12 dedicated hand sensors) for capturing nuanced finger and hand articulation ideal for robot teleoperation, animation, film, VFX, and R&D requiring detailed finger and hand performance.
VDSuitMini Flex Professional-Grade Hand Animation:
Stop manually keying fingers. The smart data gloves, equipped with 12 integrated IMUs, capture the natural curl, spread, and rotation of each finger and wrist in real time achieving nuanced performances for robot and robotic arm teleoperation, realistic character animation, expressive virtual avatars, and detailed R&D motion data. Beyond the hands, the Flex system includes a precise motion capture vest tracking torso, arms, and back movement with 5 additional IMUs, providing a complete upper body data stream. The gloves and vest connect wirelessly to a single, lightweight hub, streaming data directly into industry standard software like Unity, Unreal Engine, MotionBuilder, and Blender via native plugins.
VDSuitMini Studio Software (Lifetime Free):
- Real-Time Visualization – Live 3D motion preview with clear joint tracking and instant data feedback.
- Rich Data Export – Supports ROS, ROS2, MATLAB, and Python integration, exporting motion data in standard robotics formats (BVH, JSON) for seamless simulation and control system integration.
- Motion Data Processing – Built in noise reduction and smoothing algorithms ensure clean, reliable motion data for robot training and teleoperation.
- User-Friendly Interface – Intuitive controls for calibration, recording, playback, and parameter adjustment no advanced technical skills required.
Key Application Scenarios:
- Robot Motion Data Collection – Generate high quality motion datasets for imitation learning (IL) and reinforcement learning (RL) of humanoid robots, capturing complex upper body movements like grasping, handling, and manipulation.
- Robot Teleoperation – Achieve 1:1 real time mapping of human upper body movements to humanoid robots, enabling natural, low-latency control of mobile manipulators and service robots including remote operation in hazardous environments.
- Robotic Arm Teleoperation – High precision control of dual arm robotic arms for assembly, sorting, and delicate manipulation tasks, capturing fine hand and finger movements to guide robotic grippers in precision applications like electronics assembly and medical device handling.
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