Unitree 3D LIDAR MID360
Enhance your robotic platform's spatial awareness with the Unitree 3D LIDAR MID360, designed to deliver exceptional navigation and mapping capabilities. This compact and lightweight sensor provides reliable environment scanning, making it an essential accessory for advanced robotics development.
Key Features
- Provides a comprehensive 360-degree horizontal field of view to eliminate blind spots.
- Delivers high-density 3D point cloud data for precise mapping and real-time localisation.
- Compact and lightweight design, optimised for seamless integration onto mobile robotic platforms.
- Offers excellent detection performance even in challenging environmental conditions.
- Enables reliable obstacle avoidance and autonomous navigation for robotic systems.
By integrating this high-performance LiDAR, developers can significantly improve the decision-making and path-planning abilities of their robots. It is the perfect upgrade for researchers and engineers looking to push the boundaries of autonomous technology.
Brand: Unitree |
Code: UTMID360
APN: 9319499330316 |
Supplier Code: UTMID360
Brand: Unitree |
Code: UTMID360
APN: 9319499330316 |
Supplier Code: UTMID360
At a glance
Enhance your robotic platform's spatial awareness with the Unitree 3D LIDAR MID360, designed to deliver exceptional navigation and mapping capabilities. This compact and lightweight sensor provides reliable environment scanning, making it an essential accessory for advanced robotics development.
Key Features
- Provides a comprehensive 360-degree horizontal field of view to eliminate blind spots.
- Delivers high-density 3D point cloud data for precise mapping and real-time localisation.
- Compact and lightweight design, optimised for seamless integration onto mobile robotic platforms.
- Offers excellent detection performance even in challenging environmental conditions.
- Enables reliable obstacle avoidance and autonomous navigation for robotic systems.
By integrating this high-performance LiDAR, developers can significantly improve the decision-making and path-planning abilities of their robots. It is the perfect upgrade for researchers and engineers looking to push the boundaries of autonomous technology.
