Principais recursos e capacidades
- Hybrid Leg-Wheel Mobility: Unique structural design allows for a dynamic switch between legged and wheeled forms (optional), providing unmatched versatility. Utilize the wheels for high-speed, long-range travel on flat surfaces and the legs for superior stability and obstacle negotiation on complex terrain like stairs, rock piles, and steep slopes.
- Extreme Performance: The B2-W is built for heavy-duty tasks, boasting an exceptional maximum standing payload of up to 120 kg and a sustained moving payload of over 40 kg.
- Unparalleled Speed and Endurance: Achieve speeds up to ou (in wheeled mode), significantly outperforming most quadrupeds. Its high-capacity battery provides superior operational endurance, enabling travel up to with a load.
- All-Terrain Mastery: Equipped with high-reliability shock-absorbing wheels and advanced motion control, the robot can navigate diverse and rugged landscapes with ease. It is capable of climbing stairs (up to in continuous climb or for single obstacles), handling climbing angles over , and operating reliably in extreme temperatures ( para ).
- Intelligent Autonomy: Features advanced -driven navigation supported by sophisticated sensor fusion, including a standard configuration of depth cameras, optical cameras, and optional . This ensures real-time environmental perception, autonomous obstacle avoidance, and precise mapping for fully autonomous missions.
- Industrial Ruggedness: The robust design is backed by an Proteção de entrada rating, ensuring resilience against dust and water in harsh industrial settings.
Formulários:
The Unitree B2-W is an indispensable tool across a wide range of industries, including Industrial Inspection, Autonomous Patrolling and Security, Logistics and Material Transport in challenging facilities, Emergency Rescue operations, and advanced Academic Research in robotics and .
The B2-W is not just a robot; it’s a powerful, flexible, and robust solution that pushes the boundaries of industrial automation and mobile robotics.
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