The MANUS Metagloves Pro Haptic are professional haptic data gloves designed for high-precision hand tracking with integrated tactile feedback. Built on MANUS’ EMF tracking platform, the Haptic edition combines detailed finger motion capture with real-time vibrotactile response for robotics, teleoperation, XR training, simulation, motion science, and embodied AI research. Where the standard Metagloves Pro focus on precise hand data, the Haptic edition adds a layer of touch feedback that helps operators feel interaction cues, object contact, grip confirmation, and motion guidance in real time. With detachable haptic top modules, swappable batteries, persistent calibration profiles, and SDK support, Metagloves Pro Haptic are built for teams developing high-fidelity interaction systems, dexterous robotic control, and immersive training environments. Features High-Precision EMF Tracking: Advanced EMF tracking captures detailed finger motion with high accuracy and no optical occlusion, making the gloves suitable for robotics, XR, simulation, and motion science workflows. Integrated Haptic Feedback: Built-in vibrotactile actuators provide tactile response across the fingers, helping users feel contact, interaction cues, grip confirmation, and guided motion feedback. 25 Degrees of Freedom: Captures a full anatomical hand model, including fine finger movement and joint-level detail for lifelike digital hand reconstruction. Real-Time Vibrotactile Control: Haptic feedback can be controlled at high speed, allowing teams to build responsive interaction systems for XR, teleoperation, simulation, and robotic manipulation. Detachable Haptic Top Module: Electronics and connectivity are built into a removable top module, allowing teams to move modules between compatible glove textiles for multi-user use. Fast, Persistent Calibration: Calibration profiles are designed to reduce reset time across sessions, battery swaps, or user changes. Swappable Battery System: Interchangeable batteries support continuous workflows, multi-session use, and production environments where downtime matters. SDK & Custom Development: MANUS SDK support enables custom haptic patterns, robotics control models, AI interaction environments, and advanced simulation workflows. Professional Integrations: Stream motion data into supported platforms including Unreal Engine, Unity, MotionBuilder, Xsens MVN, OptiTrack, Qualisys, and other MANUS Core-supported pipelines. Technical Specifications Tracking Technology: 5 EMF fingertip sensors with 6 DOF tracking Data Output: 3-axis positional and 3-axis rotational data Degrees of Freedom: 25 DOF anatomical hand tracking Sampling Rate: 120Hz Motion-to-Data Latency: 30ms wired / 50ms wireless Haptic Technology: 5 LRA vibration motors Haptic Intensity Control: 256 dynamic levels per finger Haptic Control Rate: 120Hz Feedback Type: 1-dimensional vibrotactile feedback Feedback Latency: 4ms wired / 16ms wireless Connectivity: USB 2.0 Type-C wired connection Wireless Communication: MANUS wireless dongle via Bluetooth 5.0 Wireless Range: Up to 15 meters / 49 feet, depending on environment Battery Type: Interchangeable Metagloves Pro battery Battery Life: Up to 3 hours of continuous use Charging Time: Approximately 2 hours Charging: USB Type-C, 5V / 0.5A Weight: 178 grams / 6.28 oz per medium glove with electronics and battery Glove Type: Full-finger textile glove with integrated fingertip sensors and finger haptic actuators Software: MANUS Core 3 compatible Tracking Environment Note MANUS Metagloves Pro Haptic use Electro Magnetic Field (EMF) tracking to deliver high-precision finger movement data. Like other EMF-based tracking systems, performance can be affected by strong magnetic fields, large conductive metal objects, magnetized tools, motors, or nearby electronic devices that interfere with the local tracking field. For best results, avoid operating the gloves directly against large metal objects, active motors, magnetized tools, or electronics that may generate magnetic interference. In these environments, users may experience temporary tracking jitter, drift, or reduced positional accuracy. Performance typically improves when the gloves are moved away from the interfering object or device. For robotics, teleoperation, and industrial use cases, we recommend testing the gloves in the final working environment, especially when the workflow includes robotic hands, metal tools, motors, machinery, or electronic equipment near the operator’s hands. In the Box MANUS Metagloves Pro Haptic textile gloves Metagloves Pro Haptic top modules MANUS wireless dongle Swappable batteries USB-C cables Reflective optical markers Getting Started Guide Travel case Note: Third-party adapters, including VIVE and Xsens adapters, are sold separately. Software licenses are uploaded directly to the glove dongle / Bluetooth receiver. All MANUS Core 3 software licenses purchased January 1, 2026 or later include multi-actor functionality. Use Cases MANUS Metagloves Pro Haptic are ideal for workflows that require both accurate hand tracking and tactile interaction feedback. They are especially useful for robotic teleoperation, dexterous manipulation, embodied AI research, XR training, digital twins, immersive simulation, motion science, ergonomic research, and high-fidelity animation. The added haptic layer can improve operator confidence, spatial awareness, and interaction realism by giving users tactile confirmation during virtual or remote manipulation tasks. FAQ What is the difference between Metagloves Pro and Metagloves Pro Haptic? Metagloves Pro focus on high-precision hand and finger tracking. Metagloves Pro Haptic add integrated vibrotactile feedback, allowing users to receive tactile cues during XR, robotics, teleoperation, and simulation workflows. Are MANUS Metagloves Pro Haptic fully magnetically immune? No. The gloves use EMF tracking, which is highly accurate in normal operating environments but can be affected by strong magnetic fields, large metal objects, magnetized tools, active motors, or nearby electronics. Can I use the gloves around robotic hands or metal tools? Yes, but performance depends on the robot, tool, and environment. Robotic hardware, metal end effectors, motors, and industrial equipment may cause interference, so the setup should be tested before production use. What happens if there is magnetic interference? Users may see temporary tracking jitter, drift, or reduced positional accuracy. Moving away from the interfering object or adjusting the workspace usually improves tracking quality. Can the haptic feedback be customized? Yes. The haptic system can be customized through MANUS software and SDK workflows, making it suitable for custom XR interactions, teleoperation cues, training scenarios, and robotics research. Who should choose the Haptic version? Choose Metagloves Pro Haptic if your workflow benefits from tactile feedback, such as robotic teleoperation, dexterous manipulation training, XR simulation, embodied AI research, or immersive training where users need to feel interaction cues.
