Unitree Go2 Edu Plus with Mid 360 LiDAR
The Unitree Go2 Edu Plus with Mid 360 LiDAR is an advanced quadruped robot designed for secondary education, academic research, and innovative robotic development. Equipped with a high-performance Livox Mid-360 LiDAR, this platform offers exceptional environmental perception and real-time navigation capabilities.
Key Features
- Integrated Livox Mid-360 LiDAR for precise 3D mapping, obstacle avoidance, and spatial awareness.
- Robust quadrupedal design offering superior stability and agility across diverse and challenging terrains.
- Ideal platform for educational institutions, research facilities, and software developers utilising open-source platforms.
- Supports comprehensive programming interfaces and expansion options for custom payloads and sensors.
With its robust hardware and open-source compatibility, this quadruped empowers users to explore the next generation of artificial intelligence. It serves as a versatile tool for testing autonomous algorithms, mapping complex environments, and conducting advanced robotic research.
Brand: Unitree |
Code: UTGO2EDUPLMID360
APN: 9319499324797 |
Supplier Code: UTGO2EDPLUMID360
Brand: Unitree |
Code: UTGO2EDUPLMID360
APN: 9319499324797 |
Supplier Code: UTGO2EDPLUMID360
At a glance
The Unitree Go2 Edu Plus with Mid 360 LiDAR is an advanced quadruped robot designed for secondary education, academic research, and innovative robotic development. Equipped with a high-performance Livox Mid-360 LiDAR, this platform offers exceptional environmental perception and real-time navigation capabilities.
Key Features
- Integrated Livox Mid-360 LiDAR for precise 3D mapping, obstacle avoidance, and spatial awareness.
- Robust quadrupedal design offering superior stability and agility across diverse and challenging terrains.
- Ideal platform for educational institutions, research facilities, and software developers utilising open-source platforms.
- Supports comprehensive programming interfaces and expansion options for custom payloads and sensors.
With its robust hardware and open-source compatibility, this quadruped empowers users to explore the next generation of artificial intelligence. It serves as a versatile tool for testing autonomous algorithms, mapping complex environments, and conducting advanced robotic research.
