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DexRobot | SKU:
DexRobot DexCap Exoskeleton Data Acquisition System for Robotics & AI Training
DexRobot DexCap is an exoskeleton data acquisition system for motion capture and teleoperation, designed for AI training and robot learning. It enables high-precision human motion tracking and real-time data collection, supporting robotics research, algorithm development and advanced human-robot interaction applications.
Regular price
$1,199
Unit price
DexRobot DexCap Exoskeleton Data Acquisition System for Robotics & AI Training is backordered and will ship as soon as it is back in stock.
Care information
Care information
Store in a dry, dust-free environment and avoid impact or excessive vibration during handling. Do not disassemble the motor or modify internal components, as this may affect performance and void warranty. Ensure proper voltage supply and secure mounting before operation.
Shipping
Shipping
Free shipping. 12-Day delivery.
DexCap Core Features & Advantages
High DOF
Provides rich and precise data acquisition, surpassing the limitations of low-DOF devices.
• 9 DoF per arm
• 21 DoF per hand
• 5 DoF for waist
• 9 DoF per arm
• 21 DoF per hand
• 5 DoF for waist
Accurate Tracking & Faster Response
Provides high-bandwidth, low-noise data streams for robotic learning and teleoperation research, enhancing algorithm performance and generalization.
• 65 magnetic absolute encoders
• Millimeter-level positioning accuracy
• Communication frame rate up to 1000Hz
• 65 magnetic absolute encoders
• Millimeter-level positioning accuracy
• Communication frame rate up to 1000Hz
Ready to Use
Seamlessly integrates with mainstream development environments, supporting full-chain development from algorithms to hardware. Configurable as needed to reduce R&D barriers and costs.
• Strong ecosystem compatibility (C++/Python/ROS SDK)
• Modular product lines (DexCap/UL/GL)
• Dual system support (Windows/Linux)
• Strong ecosystem compatibility (C++/Python/ROS SDK)
• Modular product lines (DexCap/UL/GL)
• Dual system support (Windows/Linux)
Lightweight, Enduring Research-Grade Experience
Ergonomic design and all-day endurance eliminate the physical load and power anxiety of traditional devices.
• Portable wearable design
• Battery life up to 8–12 hours
• Portable wearable design
• Battery life up to 8–12 hours
▤ PARAMETER ⌃
Key Dimensions (mm)
890*561*210
Total Degree of Freedom (DOF)
65DOF
Weight (kg)
4.2kg
Battery Life
~8 hours
Applicable Height
160cm-180cm
Accuracy
Millimeter level
Encoder Type
Absolute encoder
Communication Frame Rate
Wireless 200 Hz / Wired 1000 Hz
System Support
Windows, Linux
Communication Modes
2.4G wireless, USB wired data transmission
Protocol Support
Provides C++/Python/ROS SDK (compatible with mainstream robotic arms and dexterous hand simulation models)
End-Point Position Accuracy
X ≤ 0.5 mm, Y ≤ 0.5 mm, Z ≤ 0.1 mm
End-Point Attitude Error
Roll ≤ 0.1°, Pitch ≤ 0.1°, Yaw ≤ 0.1°

