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Metagloves Pro Haptic
EMF fingertip tracking combined with five LRA vibration motors per hand, giving millimeter-level capture across 25 degrees of freedom plus 256-level vibrotactile feedback for teleoperation, embodied AI training and XR/VR interaction. The detachable Haptic Top Module carries all electronics, so each operator needs only their own sized sensor glove. NBT Ltd is an authorized MANUS reseller and the exclusive MANUS distributor in Israel.
EMF Tracking
Powered by advanced Electro Magnetic Field (EMF) tracking, the Metagloves Pro Haptic deliver millimeter-level accuracy with no occlusion, no drift, and easy calibration. Every gesture is captured exactly as it happens, providing high-fidelity data for robotics training, motion science, and AI research.
Haptic Feedback
By combining proven EMF tracking with integrated haptic feedback, Metagloves Pro Haptic let operators not only see but also feel every interaction. The tactile signals guide motion, improve spatial awareness, and accelerate learning in teleoperation, XR, and embodied AI training environments.
Full Anatomical Hand
With 25 degrees of freedom, the Metagloves Pro Haptic create a true-to-life digital twin of the human hand. Each joint and micro-movement is tracked in detail, generating rich, anatomically complete datasets that power more natural robotic control, refined simulations, and deeper AI understanding.
Integrated Haptics
Real-time vibrotactile feedback from embedded actuators deliver enhanced control, dexterity, and immersion. Ideal for mastering delicate teleoperation and accelerated skill acquisition.
Detachable top module
One top module, unlimited users. With all electronics and connectivity built into the Top Module, every user only needs their own personally sized Sensor Glove. Simply slide the Top Module from one glove to another. Flexible, hygienic, and cost-efficient.
Set up each glove in seconds. With persistent calibration profiles, there’s no need to recalibrate between takes, users, or battery swaps. Profiles can be transferred across workstations, making it effortless to integrate into your existing tools, software, and pipelines.
Swappable Batteries
24/7 operation with durable materials, long-lasting comfort, interchangeable batteries, and a detachable Haptic Top Module for multi-user shifts, with the option of external USB-C power.
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Fingertip Sensors
Technology: 5 EMF sensors with 6 DOF tracking
Data: 3 axis positional and 3 axis rotational
Sampling Rate: 120Hz
Motion-to-data Latency (Wired): 30ms
Motion-to-data Latency (Wireless): 50ms
Casing Material: PA-12
Haptic Modules
Technology: 5 LRA vibration motors
Intensity Control: 256 dynamic levels (per finger)
Control Rate: 120Hz
Feedback Type: 1-dimensional vibro-tactile feedback
Feedback latency (wired): 4ms
Feedback latency (wireless): 16ms
Hand Module
Sensor Connection: Interchangeable sensor connection
Status Indication: Battery LED, Status LED
Battery LED: Charging, Fully Charged
Status LED: Connected Wired, Connected Wireless, Starting Up, Connecting, Pairing, Alert, Low Battery, Firmware Update
Casing Material: PC/ABS
Connectivity
Wired
Communication: USB 2.0 Type-C
Wireless
Communication: MANUS Wireless Dongle (USB 2.0 Type-A)
Dongle Communication Protocol: Bluetooth 5.0
Dongle Range: Up to 15 meters (49 feet) depending on environment
Long Range Accessories: MANUS Bodypack Lite
Power
Battery Type: Interchangeable
Battery Model: Metagloves Pro Haptic Battery
Battery Locking Mechanism: Snap Fit
Battery Life: Up to 3 hours of continuous use
Charging Time: ~2 hours
Charging Options: Charge installed battery via USB Type-C (USB 2.0 with 5V/0.5A)
Charging Accessories: MANUS Charging Station
Weight
Glove with electronics for a medium hand (incl. battery):
178 grams (6.28 ounces)
Dimensions
Hand Module
Height: 60.7mm (2.39 inches)
Width: 78.2mm (3.08 inches)
Depth: 34.3mm (1.35 inches)
Fingertip Sensor
Height: 20.3mm (0.80 inch)
Width: 14.6mm (0.57 inch)
Depth: 9.6mm (0.38 inch)
Haptic Actuator
Height: 12.5mm (0.49 inch)
Width: 12.5mm (0.49 inch)
Depth: 8.1mm (0.32 inch)
Wireless Dongle
Height: 27.8mm (1.09 inches)
Width: 70.3mm (2.77 inches)
Depth: 8.5mm (0.33 inch)
Cable Length: 43cm (16.93 inches)
Gloves
Glove type: Full finger glove
Fingertip sensor placement: Integrated in glove textile
Fingertip sensor attachment: Removable from glove textile
Finger haptic actuator placement: Integrated in glove textile
Finger haptic actuator attachment: Removable from glove textile
Finger haptic actuator cables: Fully integrated, entirely enclosed
Fingertip sensor cables: Fully integrated, entirely enclosed
Hand module attachment: Attached with integrated latch
Hand module attachment steps: 1
Glove size options: M, L
Glove textile material: 72% polyester, 28% spandex
Glove textile washability: Yes, with electronics removed
MANUS Core
Compatibility: Works with MANUS Core 3.1 and newer
Hand calibration: Quick and easy 4 step process
Hand calibration time: 50 seconds
Hand solver: MANUS Hand Solver 3
Hand solver priority: Accurate joint angles for improved object interaction, hand grip poses and gestures
Hand solver accuracy: Improved skeleton bone length calculation, joint placement, joint angle calculation, and fingertip positional placement accuracy. Added fingertip rotational tracking for measuring hyperextension of the index, middle, ring and pinky fingers. Added user adjustable hand skeleton dimensions.
Hand articulation: Full anatomical human hand, 25 DOF
Wrist orientation: 3 axis rotational
Skeletal data: user hand skeleton, retargeted skeleton
Thumb fingertip sensor data: Yes, 3 axis positional and 3 axis rotational
Index fingertip sensor data: Yes, 3 axis positional and 3 axis rotational
Middle fingertip sensor data: Yes, 3 axis positional and 3 axis rotational
Ring fingertip sensor data: Yes, 3 axis positional and 3 axis rotational
Pinky fingertip sensor data: Yes, 3 axis positional and 3 axis rotational
Hand module sensor data: Yes, 3 axis rotational
User hand skeleton
Thumb
Carpometacarpal (CMC) joint: abduction/adduction, flexion/hyperextension
Metacarpophalangeal (MCP) joint: flexion/hyperextension
Interphalangeal (IP) joint: flexion/hyperextension
Index Finger
Carpometacarpal (CMC) joint: Stationary fixation
Metacarpophalangeal (MCP) joint: Abduction/adduction, flexion/hyperextension
Proximal interphalangeal (PIP) joint: flexion/extension
Distal interphalangeal (DIP) joint: flexion/hyperextension
Middle Finger
Carpometacarpal (CMC) joint: Stationary fixation
Metacarpophalangeal (MCP) joint: Abduction/adduction, flexion/hyperextension
Proximal interphalangeal (PIP) joint: flexion/extension
Distal interphalangeal (DIP) joint: flexion/hyperextension
Ring Finger
Carpometacarpal (CMC) joint: flexion/extension
Metacarpophalangeal (MCP) joint: Abduction/adduction, flexion/hyperextension
Proximal interphalangeal (PIP) joint: flexion/extension
Distal interphalangeal (DIP) joint: flexion/hyperextension
Pinky Finger
Carpometacarpal (CMC) joint: flexion/extension
Metacarpophalangeal (MCP) joint: Abduction/adduction, flexion/hyperextension
Proximal interphalangeal (PIP) joint: flexion/extension
Distal interphalangeal (DIP) joint: flexion/hyperextension
Positional Tracking
External tracking mount: Integrated MANUS Universal Mounting System for attaching trackers
Optical marker attachment: Comes with 2 attachment openings in glove textile for installing solid optical markers
Environmental requirements
Operating ambient temperature: 0° to 40° C (32° to 104° F)
Operating relative humidity: 10% to 80% (without condensation)
What's In The Box
1x Pair of Metagloves Pro Haptic Sensor Gloves
1x Pair of Metagloves Pro Haptic Top Modules
1x Wireless Dongle
2x Metagloves Pro Haptic Battery
2x USB-C Cable
1x Quick Start Guide
1x Travel Case
Markerless Motion Tracking
Explore All ProductsSports and Performance research
Explore All Productsmanus publications
Research papers and academic studies utilizing MANUS motion capture and haptic glove systems, sourced from the MANUS research portal.
What is the Metagloves Pro Haptic and what is it used for?
The Metagloves Pro Haptic combines electromagnetic field (EMF) tracking with haptic feedback to deliver millimeter-level hand motion capture and real-time object interaction signals. With 25 degrees of freedom it produces anatomically complete hand datasets for robotic control, embodied AI training and VR/XR interaction.
How does the haptic feedback work?
Five LRA vibration motors per hand provide 1-dimensional vibrotactile feedback with 256 dynamic intensity levels per finger, controlled at 120 Hz. Feedback latency is 4 ms wired and 16 ms wireless.
What are the tracking specifications?
Five EMF sensors per hand deliver 6 DOF tracking, returning 3-axis positional and 3-axis rotational data at a 120 Hz sampling rate. Motion-to-data latency is 30 ms wired and 50 ms wireless, with no occlusion, no drift and calibration that completes in seconds.
What sizes are available and how much does it weigh?
The Haptic Sensor Glove is available in sizes M and L, in 72% polyester and 28% spandex, washable with the electronics removed. A glove with electronics and battery for a medium hand weighs 178 grams (6.28 ounces).
What is included in the box and how is it powered?
The box contains a pair of Haptic Sensor Gloves, a pair of Haptic Top Modules, a wireless dongle, two Metagloves Pro Haptic batteries, two USB-C cables, a quick start guide and a travel case. Snap-fit interchangeable batteries give up to 3 hours of continuous use with a roughly 2 hour recharge, and optional USB-C power supports continuous operation.
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