Description
Introducing Unitree B2-W
Go Beyond the Limits
Lead The Industry Application
The Unitree B2-W is a next-generation quadruped robot built for high mobility, power, and adaptability across various applications. With a top speed of 6m/s, it delivers exceptional performance in industrial, research, and specialized operational tasks. Its high-torque motors and enhanced battery life allow for extended use in challenging environments.
Designed for autonomous navigation, the B2-W is equipped with AI-powered perception, enabling real-time obstacle detection and efficient path planning. The rugged yet modular design ensures durability while allowing customization for diverse industries, including logistics, security, and exploration.
Built to handle heavy payloads, the B2-W maintains stability on rough terrain, making it a reliable choice for dynamic tasks. Whether deployed in hazardous areas, surveillance missions, or delivery operations, this quadruped robot pushes the boundaries of robotic mobility and intelligence.
Brand New Intelligent Species
Extreme Mobility in Motion
Custom-engineered high-performance joints maximize movement efficiency, enabling seamless navigation across complex terrains.
Navigating Stairs, Slopes, and Obstacles
Integrates advanced perception and motor control to maintain stability and adapt to diverse and uneven surfaces.
Traversing Grass, Rocks, and Uneven Paths
Enhances stability on rough terrain with rapid, synchronized leg joint responses for smooth movement.
FAQs
How does the Unitree B2-W maintain balance on uneven terrain?
The B2-W uses advanced motor control and AI-driven perception to dynamically adjust its leg movements, ensuring stability across rough, sloped, or irregular surfaces.
Can the B2-W operate autonomously, or does it require manual control?
It supports both autonomous and manual operation. With AI-based navigation, it can independently map its surroundings and avoid obstacles, but it can also be remotely controlled if needed.
What is the maximum payload capacity of the B2-W?
The robot is designed to carry significant loads, making it suitable for industrial and research applications, though specific payload limits depend on the configuration and use case.
How does the B2-W handle stair climbing and barrier crossing?
It combines sensory data with real-time motor adjustments to detect and adapt to stairs, slopes, and obstacles, ensuring smooth traversal without losing balance.
What type of battery does the B2-W use, and how long does it last?
It features a high-capacity battery optimized for extended operation, though runtime varies based on terrain difficulty, load, and usage patterns.
Is the Unitree B2-W customizable for different applications?
Yes, the modular design allows for customization, including additional sensors, payloads, or software modifications to suit specific industry needs.
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