Unitree B2-W with LiDAR Hybrid Mobile Platform IP67 40kg Payload 5 m/s Speed

The Unitree B2-W with LiDAR is an advanced professional hybrid mobile platform designed for demanding industrial and research applications. Combining wheeled and leg mobility systems, it delivers exceptional adaptability across complex terrains while supporting a 40 kg payload capacity. Equipped with built-in 3D LiDAR, robust environmental resistance, and powerful computing capabilities, this platform facilitates autonomous navigation, precise mapping, and efficient data collection in challenging environments.

Advantages

The hybrid wheel-and-leg architecture allows the robot to seamlessly transition between wheeled, walking, and mixed movement modes, ensuring high mobility on uneven surfaces, stairs, and steep inclines. It offers a top speed of 5 m/s and a range of up to 25 km under full load, supported by high torque and shock-absorbing wheels. The integrated 3D LiDAR and advanced camera systems deliver accurate real-time perception, while the scalable computing architecture accommodates demanding AI tasks and custom software development.

Suitable for

• Autonomous logistics and cargo transport in industrial facilities
• Infrastructure inspection and remote monitoring
• Research and development in robotics and artificial intelligence
• Public safety and automated surveillance operations

When it may not be suitable

This platform may not be suitable for narrow indoor spaces with restricted maneuvering clearances due to its physical dimensions. It is also not intended for consumer-grade hobbyist projects or applications where a lightweight and budget-friendly robotic solution is required.

Key specifications

• Hybrid wheeled and leg mobility system
• Built-in 3D LiDAR and depth cameras
• Payload capacity of 40 kg during movement
• Maximum speed of up to 5 m/s
• Operating range of up to 25 km with a 40 kg load
• IP67 environmental protection class
• Operating temperature range from -20°C to 55°C
• Intel Core processors with optional NVIDIA Jetson support

How to use

Before operation, ensure the battery is fully charged and inspect the physical components and sensor windows for any obstructions. Power on the platform and initialize the navigation software using the provided control interface or integrated SDK. Select the appropriate movement mode based on the operating terrain and configure the autonomous route or manual teleoperation parameters. Monitor the system telemetry continuously during execution and utilize automated docking solutions for recharging once tasks are completed.

What to consider before purchase

• Evaluate the physical dimensions and weight of the platform against your operational environment and doorways
• Verify compatibility with your existing software stack and whether additional computing units are needed
• Assess environmental conditions to ensure they fall within the IP67 and temperature ratings
• Review logistical requirements for charging infrastructure and transport

Always operate the Unitree B2-W within its specified payload and environmental limits, perform regular maintenance checks on the drive components, and follow standard safety protocols when deploying autonomous robotic systems in shared workspaces.