Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
Wearable Exoskeleton – Teleoperation for Robotic Arms & VLA Applications, Compatible with OpenArm ExoArm-7
Compatible with OpenArm
14 DOF Dual-Arm Design
< 20 ms Ultra-Low Latency
Adjustable Arm Length for Custom Fit
14-bit Absolute Encoders for Precision Tracking
SDK Included – Easy Integration & Control
The Exoskeleton Teleoperation Arm draws inspiration from cutting-edge research in humanoid robotics and teleoperation conducted by leading institutions like MIT.
Unlock the power of intuitive robotic control with our wearable Exoskeleton Teleoperation Arm. Designed for seamless data acquisition and remote operation, this lightweight, ergonomically optimized system maps every human arm movement directly to robotic arms with ultra-low latency — under 20 ms — delivering smooth, natural, and responsive control.
This system can be paired with robotic arms for high-quality teleoperation data collection, providing valuable human demonstration datasets for future VLA and robot learning applications.
Function & Use：
· Teleoperation: Control robotic arms through the wearable exoskeleton
· Data Acquisition & Motion Analysis: Capture precise human motion data for AI training, learning, and robotics development
· Scientific & Educational Use: Used in research experiments, teaching, and robotics courses for interactive control
Key Features:
· High-Precision Motion Capture: 14-bit single-turn absolute encoders ensure stable positional feedback and precise tracking.
· Natural & Intuitive Control: Each arm offers 7 degrees of freedom (14 DOF total), allowing fluid and lifelike manipulation.
· Lightweight & Ergonomic: Comfortable, easy to wear for extended use, designed to fit natural human motion.
· Rapid Response: Instant transmission of movements enables real-time teleoperation.
· Wide Compatibility: Supports multiple robotic arm models, including OpenArm, with SDK for quick integration.
Use Case:
Data Acquisition & Motion Analysis
Collect precise human motion data for imitation learning, reinforcement learning,providing valuable human demonstration datasets for future VLA and robot learning applications.
Scientific & Educational Use
Perfect for research labs, universities, and robotics courses, providing hands-on interaction and control for human-robot experiments.
Use Case Expansion:
Virtual Reality (VR) & Augmented Reality (AR): Can be integrated into VR/AR systems for immersive control and simulation.
Your Purchase Includes:
1x ExoArm-7 Exoskeleton Wearable Robotic Arm Controller
