- Achieve centimeter-level accuracy with Reach M2 and RS2+ for georeferencing
- Utilize 3D Lidar with point cloud for collision avoidance, and Nvidia Jetson for processing intensive tasks
- Lightweight and compact design, with high performance and intelligent side follow system
- Built-in powerful AI, GNSS, RTK, and base
- Integrated ISS and SSS functions for reliable power system
The Unitree Go1 EDU Mapping Kit w/ EMLID REACH M2, RS2+ & 3D Lidar is designed as a sensor carrier platform for developers who want to explore the world of legged mobile robots. It can be used for tasks ranging from industrial inspection (highly repeatable jobs) to entertainment. The Go1 and Reach products are ready to use right out of the box. With its flexible API and payload interfaces, Go1 can be used for many applications. With Go1 Edu you can plan and execute a preplanned route with very high precision with the help of the Reach M2 receiver and the RS2+ as a base. It is a super quick and easy solution to do repeatable action over and over with 1 cm deviations.
Robots can walk alongside their human master, which is much better than the conventional mode of following. In addition, the human-machine interaction is both harmonious and safe.
Robot Parameters:
Weight: 12kg
Size (Folded): 0.588*0.29*0.22m
Max Speed: 4.7m/s (17Km/h)
Full View Coverage: 5 Sets Fish Eye Stereo Depth Cameras + AI Post Processing + 3 Set Hypersonic Sensors
Lens Angle: 150x170 degrees
New Power Joint: With super Lightweight
Low Noise and Long Life
Heat Pipe Cooling System Built In The Knee Joint Motor
Body/Thigh joints C1 8: 520g 23.70N.m
Knee joint C1 8X1.5 ratio: 35.55N.m
Maximum Payload: Can carry up to 5kg on its bag!
As a bonus to the M2, you get a free surveying app to place quick and easy dots on your route and Emlid NTRIP Caster which is completely free and allows you to get correction data from the internet.
3D Lidar: After the installation of Lidar, Go1 Edu will support four perception functions: dynamic obstacle avoidance, navigation planning, map building, and self-positioning.
