The mHand Pro is a high-precision wireless motion capture data glove system designed for professional animators, VR/AR developers, robotics engineers, and researchers who demand accurate, real-time hand and finger motion data. Equipped with 16 nine-axis inertial sensor nodes — 8 per glove — the mHand Pro captures the full range of hand and finger movement with exceptional precision: ROLL ≤0.5°, PITCH ≤0.5°, and YAW ≤1.5°. Its proprietary self-developed core algorithm processes sensor data at frame rates up to 120Hz, delivering smooth, low-latency motion capture output across all five fingers and the hand dorsum simultaneously. The 2.4GHz wireless transmission system with adaptive frequency hopping ensures stable, interference-free data delivery across distances up to 90 meters in open environments — freeing users from cable constraints during complex motion capture sessions. With 8+ hours of battery life per charge, built-in motor vibration feedback, and broad platform compatibility spanning Unity3D, UE4, UE5, MotionBuilder, Maya, 3D MAX, Matlab, and Python, the mHand Pro is a versatile, production-ready motion capture solution for a wide range of professional applications.

Key Features

• 16 Sensor Nodes (8 Per Hand) – Comprehensive finger and hand coverage capturing independent movement of all five fingers across multiple joint positions
• 360° Full-Range Motion Capture – Captures all-direction hand and finger motion posture output with no dead zones
• Sub-Degree Capture Accuracy – ROLL ≤0.5°, PITCH ≤0.5°, YAW ≤1.5° for precise, reliable motion data across all axes
• Up to 120Hz Data Frame Rate – Selectable frame rates of 60Hz / 72Hz / 80Hz / 96Hz / 120Hz for smooth, high-fidelity motion capture output
• 2.4GHz Adaptive Frequency-Hopping Wireless – Stable, interference-resistant wireless transmission up to 90 meters in open environments
• 9-Axis Inertial Sensor Technology – Gyroscope (±2000 dps), accelerometer (±16G), and magnetometer (±8Gs) combined for comprehensive motion sensing
• Proprietary Self-Developed Core Algorithm – In-house algorithm optimized for hand motion capture accuracy, stability, and real-time performance
• 8+ Hours Battery Life – 850mAh built-in lithium battery with Type-C charging for full-day professional use
• Built-In Motor Vibration Feedback – Haptic feedback support for immersive VR/AR and interactive applications
• Broad Platform Compatibility – Supports Unity3D, UE4, UE5, MotionBuilder, Maya, 3D MAX, Matlab, and Python out of the box
• Multiple Data Formats – Outputs BVH, FBX, and CSV data formats for seamless integration with major animation and development pipelines
• C++ SDK Included – Full SDK for custom application development and system integration
• Optional Optical Tracker Support – Compatible with optical tracking accessories for hybrid motion capture setups (tracker sold separately)
• Lightweight 170g – Minimal hand burden for extended professional motion capture sessions

Use Cases

• 3D animation and character rigging in film, game, and media production
• VR/AR application development and interactive experience design
• Robotics hand control and teleoperation research
• Academic and scientific research in biomechanics and human motion analysis
• Sign language recognition and gesture control system development
• Medical rehabilitation motion analysis and assessment
• Industrial training simulation and digital twin applications

Key Specifications

Package Contents

• 8-Node Data Gloves × 2 (Left & Right)
• Wireless Receiver × 1
• USB Data Cable × 2
• Toolkit × 1
• 5V Charger × 1
• Optical Tracker Bracket × 2
• Adapter × 1

Brand Background

mHand Pro is developed by VTRDYN, a professional motion capture technology brand dedicated to delivering high-precision, accessible motion capture solutions for animation, VR/AR, robotics, and research applications. Built on proprietary self-developed core algorithms and advanced inertial sensor technology, VTRDYN’s products are designed to meet the demanding accuracy and reliability requirements of professional production and research environments globally.