Development Platform
Price: $ 960,000
In Stock
Main Features
Fully-programmable humanoid robot for developers and researchers
Dimensions
Height:f 1.45m \ Weight: 77kg
Sensors
36 degrees of freedom
Educational value
Robotics, HRI, Coding, SLAM, Vision
What’s in the box?
1 Walker Robot, 2-hour online Training, user manual, 1-year Warranty
Mobile / stationary
Bi-pedal mobile robot
Autonomy
Fully-programmable
Best for
Universities and Research Labs
Professional Development / Training
Training included
Warranty
1-year warranty
With a height of 1.45m and a weight of 77kg, Walker2.0 boasts 36 degrees of freedom on the basis of Walker1.0, adding flexible arms and hands. All servos of Walker2.0 are newly designed from 2.5Nm to 160Nm as a drive unit. This allows it to reach speeds of 60r/min, supporting three major modes such as orientation, rate-controlling and torque equilibrium. New integrated servos joints adopt frameless torque motor with direct harmonic deceleration to reduce transmission ratio and running noise, ensuring higher servo accuracy and better performance in the industry. Walker is built to adapt to various surfaces and walk on complex terrain by means of a motion control algorithm. Adding in the self-balancing algorithm, robots can maintain their balance when it is disturbed by the external environment. Flexible manipulators of Walker can achieve zero-force, impedance, and hybrid force/position control to operate secure interaction based on servo hardware and control algorithm at the leading domestic level. Walker is equipped with precise hand-eye coordination to grasp objects combined with its vision ability, and its navigation and vision will make Walker become better in the future.
WALKER X ENHANCEMENTS INCLUDE
- • Complex Terrain Navigation
- • Self-Balancing & Anti-Disturbance Upgrades
- • Upgraded Autonomous Navigation
- • Improved Hand-Eye Coordination
- • AIoT Connectivity + Smart Home Control
- • Safe Human-robot Interaction
- • Multimodal Emotional Interaction
- • Excellent Environmental and Human Perception
The direction of academic research that Walker can be used in
- Hand-eye Coordination
- Motion Imitation
- Tele-operation
- Dual-arm Collaboration
- 3D Vision（Facial/Object/Scenario Recognition）
- AI Strategy
- Multimodal Interaction
- Human-machine Coordination
- Semantic Graph
- Visual Tracking
- Semantic Comprehension & Processing
- Imitation Learning
- Task Rehearsal
- Multiple Collaboration
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