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MANUS Metagloves Pro HAPTIC

Original price $ 8,879.00 - Original price $ 11,891.00
Original price
$ 8,879.00
$ 8,879.00 - $ 11,891.00
Current price $ 8,879.00
Software Licenses: Core
Size: M
Higher Education & Research

Special pricing is available for universities, higher education programs, and research institutions. Knoxlabs supports standard academic and public-sector procurement workflows.

  • Academic & research pricing available
  • Purchase Orders (POs) accepted
  • Vendor portal registration supported (supplier onboarding)
  • W-9 and compliance documents available upon request
↓ Complete the form below to request a quote Or email hello@knoxlabs.com
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Software License Type: Single or Multi-Actor Seat
Glove Size
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Ships within 10-15 days
Overview

The MANUS Metagloves Pro Haptic are the next evolution of high-precision hand-tracking—combining millimeter-accurate EMF tracking with integrated haptic feedback for real-time tactile response. Built for robotics, XR simulation, motion science, teleoperation, and embodied AI research, the Haptic edition brings a new layer of realism by allowing operators to both see and feel every interaction.

Features
  1. EMF Precision Tracking: Advanced Electro Magnetic Field (EMF) tracking delivers millimeter-level accuracy with no drift, no occlusion, and consistent performance across environments. Ideal for robotics control, digital twins, and high-accuracy XR workflows.
  2. Integrated Haptic Feedback (New): Built-in vibrotactile actuators provide real-time tactile response—allowing users to feel object contact, surfaces, grip confirmation, and motion cues. This haptic layer accelerates learning, improves teleoperation dexterity, and enhances spatial awareness for simulation and AI training.
  3. Full Anatomical Hand: With 25 degrees of freedom, every joint and micro-movement is captured for true-to-life digital hand reconstruction. Perfect for precision simulations, animation, robotics research, and embodied AI.
  4. Modular & Multi-User Design: The detachable Haptic Top Module contains all electronics and easily transfers between glove textiles. Only the glove shell needs to be user-specific — making the system scalable, hygienic, and cost-efficient for multi-user setups.
  5. Fast, Persistent Calibration: Calibration profiles save automatically and persist across sessions, glove changes, and battery swaps. Ideal for workflows requiring fast resets, actor changes, or continuous capture.
  6. Extended Integration: Stream live data into Unreal Engine, Unity, and MotionBuilder, or export using FBX/CSV. Haptic feedback is fully customizable through the MANUS SDK for XR, robotics, and simulation pipelines.
  7. SDK & Custom Development: Full SDK support (C++ / Python) for custom haptic patterns, robotics control models, AI interaction environments, and advanced manipulation tasks. Compatible with Windows and Linux environments.
Technical Specifications
  • Tracking: EMF absolute position tracking
  • Haptic System: Integrated multi-zone vibrotactile actuators
  • Degrees of Freedom: 25 DOF
  • Signal Latency: ≤ 7.5 ms
  • Sample Rate: 120Hz
  • Battery: Approx. 3 hours per battery (swappable)
  • Charging: 2 hours (USB-C)
  • Weight: Similar to Metagloves Pro module (final spec may vary)
  • Connectivity: USB-C wired, Bluetooth Low Energy 5 (up to 15m range)
  • Textile: M glove textile shell (additional sizing options planned)
In the Box
  • Metagloves Pro Haptic Textile (M size)
  • Haptic Top Modules
  • Wireless Dongle
  • Swappable Batteries (x2)
  • USB-C Cables (x2)
  • Reflective Markers (x2)
  • Getting Started Guide
  • Travel Case

Third-party adapters (VIVE, Xsens,) are now sold separately.

Software licenses are now uploaded directly to the glove dongle (Bluetooth receiver).

All MANUS Core 3 software licenses purchased 1 January 2026 or later will have multi-actor functionalities.

Use Cases

The Metagloves Pro Haptic are built for high-precision workflows requiring both visual and tactile realism. Ideal for teleoperation, robotics manipulation, digital twin simulations, immersive XR training, embodied AI datasets, ergonomic studies, and high-fidelity animation. The addition of haptic feedback significantly improves operator confidence, dexterity, and learning speed across these environments.