UNITREE G1-D U1

35.899,00 

A stationary dual-arm robotic platform with a telescopic lifting column, optimized for data collection, precision manipulation, and AI research and development.

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UNITREE G1-D U1

35.899,00 

In stock
Availability: Available on back-order SKU: 03266 Category:

Description

Maximum precision and stability for fixed workstation applications

The Unitree G1-D Standard (U1) combines an advanced humanoid upper-body design with a stationary base, delivering exceptional stability for complex manipulation tasks. The platform is equipped with two 7-axis robotic arms (payload up to 3 kg per arm), providing full dexterity and high-precision object handling.

Advanced visual perception is enabled by an integrated binocular HD camera in the robot’s head, complemented by dedicated HD wrist cameras that provide comprehensive monitoring of the immediate workspace and precise guidance of the end effectors. A key advantage of the Standard model is its integrated telescopic lifting column, offering positioning accuracy of up to ±0.5 mm and allowing dynamic height adjustment from 126 cm to 168 cm. This enables seamless adaptation to laboratory benches, conveyor systems, and industrial workstations of varying heights.

With a total of 17 degrees of freedom (DOF), the platform is ideally suited for research institutions, laboratories, and development teams working on robot learning from demonstration (Behavior Cloning) and Embodied AI research.

Key Benefits

  • Stationary architecture: A fixed base (approximately 50 kg) ensures outstanding stability and repeatable motion without any risk of platform displacement.
  • Telescopic lifting column: Adjustable working height (1260–1680 mm) enables seamless integration with a wide range of work surfaces.
  • Advanced vision system: Binocular HD vision in the head combined with dedicated wrist-mounted cameras for accurate manipulation monitoring.
  • 7-axis robotic arms: Two high-performance arms with 17 DOF (excluding grippers), supporting 2-finger, 3-finger, and 5-finger humanoid grippers.
  • Open R&D platform: Supports secondary development (SDK), efficient machine-learning data collection, and integration with AI models.

 

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