Introducing the Unitree B2, a cutting-edge industrial-grade quadruped robot engineered for high-speed mobility, exceptional load capacity, and advanced terrain adaptability. Designed to excel in complex environments, the B2 is ideal for applications such as industrial automation, power inspections, emergency rescue operations, and educational research.
Key Features:
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High-Speed Performance: Achieves speeds exceeding 6 m/s, positioning it among the fastest industrial quadruped robots available.
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Robust Load Capacity: Supports a maximum standing load of 120 kg and a continuous walking load over 40 kg, enabling efficient transport of equipment and materials.
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Extended Endurance: Capable of continuous operation for over 5 hours without load, and maintaining stable performance even when carrying a 20 kg load, ensuring reliability during prolonged missions.
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Advanced Joint Performance: Equipped with self-developed motors delivering a peak torque of 360 N·m, enhancing flexibility and stability for complex industrial tasks.
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All-Terrain Adaptability: Demonstrates superior obstacle-crossing ability, effortlessly navigating obstacles up to 40 cm in height, and maintaining stability on slippery or uneven surfaces.
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Comprehensive Sensing Capabilities: Outfitted with a variety of sensors, including 3D LiDAR, depth cameras, and optical cameras, providing enhanced environmental perception for safe and efficient task execution.
Technical Specifications:
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Dimensions:
- Standing: Approximately 1098 mm x 550 mm x 758 mm
- Lying Prone: Approximately 950 mm x 550 mm x 450 mm
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Weight: Approximately 75 kg (including battery)
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Battery Capacity: Greater than 2 kWh, voltage 58V
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Ingress Protection: Rated at IP67, ensuring high resistance to dust and water ingress
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Operating Temperature Range: From -20°C to 55°C
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Control and Perception Options:
- Standard: Intel Core i5 (Platform Function), Intel Core i7 (User Development)
- Optional: Intel Core i7 and Jetson Orin NX (up to 3 devices)
The Unitree B2 sets a new standard in robotic mobility and functionality, making it an indispensable asset for professionals and researchers seeking a reliable and adaptable solution for complex tasks.
