Description
Material: Natural rubber + high -strength material
Content: 1x single foot end
This foot end does not need to distinguish between the left front leg, right front leg, left rear leg, and right rear leg
The Unitree B2 robot’s foot is a crucial component designed for stability, agility, and adaptability. Crafted with advanced materials and engineering, it provides firm grip and balance on various surfaces, enhancing the robot’s mobility and efficiency. With its innovative design, the B2 foot ensures smooth and precise movement, making it suitable for diverse applications in robotics, including navigation in challenging terrains and dynamic environments.
Available on backorder
Material: Natural rubber + high -strength material
Content: 1x single foot end
This foot end does not need to distinguish between the left front leg, right front leg, left rear leg, and right rear leg
NVIDIA Jetson NX
For Go1 Edu basic version, it will be equipped with 3 Nano, but 1 Nano can be changed into 1 Jeston Xavier NX. After the installation of NX, it will support vslam, gesture recognition, machine learning, etc.
Unitree Quadruped Go1 Edu Version
Unitree Go1 is capable of running at 4.7m/s, and is featured with Intelligent Side-Follow System (ISS), Super Sensory System (SSS) and built-in powerful AI.
The Unitree H1 Quick Charger is a specialized charging device tailored for the Unitree H1 robot. It boasts rapid charging capabilities, allowing for swift and efficient recharging of the robot’s batteries. With its compact design and user-friendly interface, the H1 Quick Charger streamlines the charging process, ensuring minimal downtime for the H1 robot between tasks. Ideal for deployment in various …
The Unitree H1 leg is a cutting-edge robotic limb developed by Unitree Robotics. Designed with advanced materials and precision engineering, it offers exceptional agility and stability. Equipped with powerful actuators and sensors, the H1 leg enables dynamic movements and precise control, making it ideal for various applications in robotics research, exploration, and mobility assistance. Its modular design allows for easy …
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