Unitree Go2-W U1 Mobile Robot with Wheels, 4D LiDAR, HD Cameras, NVIDIA Orin NX 40 TOPS, 15,000 mAh Battery

The Unitree Go2-W U1 Mobile Robot with Wheels, 4D LiDAR, HD Cameras, NVIDIA Orin NX 40 TOPS, 15,000 mAh Battery is an advanced mobile platform designed for versatile automation, inspection, and logistics tasks. Featuring a hybrid drive system combining 7-inch pneumatic tires with articulated legs, this robot delivers efficient mobility across both flat surfaces and challenging terrain. Equipped with high-performance computing and comprehensive sensor suites, it enables precise autonomous navigation, real-time mapping, and reliable execution of complex operational routines in industrial and commercial environments.

Advantages

The robot integrates a unique hybrid drive mechanism that switches between fast wheeled locomotion and leg-based obstacle clearance, allowing it to navigate stairs and uneven surfaces up to 70 cm high. Advanced perception is ensured by 4D LiDAR and an Intel RealSense D435i depth camera for accurate environmental awareness. Powered by an NVIDIA Orin NX computing station delivering 40 TOPS, the platform handles demanding artificial intelligence and data processing workloads locally. A robust 15,000 mAh battery provides up to 4 hours of continuous runtime depending on the operating mode and payload.

Suitable for

• Rapid inspection patrols in warehouses, factories, and large facilities
• Internal logistics and automated material transport
• Security monitoring and facility surveillance
• Automated delivery applications and robotics research

When it may not be suitable

This mobile robot may not be suitable for narrow residential spaces with strict spatial constraints or environments requiring heavy-payload freight transport beyond its structural design capacity. It is also not intended for continuous underwater operations or extreme chemical exposure without specialized secondary protective enclosures.

Key specifications

• Hybrid drive system with 7-inch pneumatic tires and articulated legs
• Travel speed up to 2.5 meters per second
• Maximum obstacle clearance height up to 70 cm
• 15,000 mAh battery capacity providing 2 to 4 hours of runtime
• 4D LiDAR and Intel RealSense D435i depth camera
• NVIDIA Orin NX computing station with 40 TOPS processing power
• Standing dimensions approximately 70 by 43 by 50 cm
• Total weight approximately 18 kg including battery

How to use

To operate the mobile robot, charge the 15,000 mAh battery fully using the designated power equipment before deployment. Initialize the system and establish connection with the control interface or autonomous navigation software powered by the NVIDIA Orin NX module. Use the mapping interface supported by the 4D LiDAR and depth camera to define operational boundaries, patrol routes, or delivery targets. Monitor the robot's status, battery level, and sensor feedback during execution to ensure smooth navigation across mixed indoor and outdoor terrain.

What to consider before purchase

• Verify that operating environment dimensions and flooring compatibility match the robot's hybrid mobility profile
• Assess network infrastructure requirements for remote telemetry and autonomous control
• Confirm task requirements against battery runtime limitations and charging station availability
• Review payload integration options if additional sensors or manipulation tools are planned

Usage recommendations: Always operate the robot within specified environmental and terrain conditions, maintain clear line-of-sight during manual overrides, and schedule regular battery and sensor maintenance to ensure long-term operational reliability.