1. Home
  2. Autonomous robots - mobile robots, robot arms, humanoid robots
  3. Mobile robots
  4. Quadruped robots
  5. Unitree Robotics - Quadruped robots
  6. Unitree Go2 Edu Plus quadruped robot
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus

Unitree Go2 Edu Plus quadruped robot

Go2 quadruped robot Edu Plus
Unitree Robotics | A-000000-06591
From €9,500.00 incl. tax

Available in 4 versions, the Go2 Edu Plus robot is an ideal tool for Research, Education, and Robotics. It integrates Artificial Intelligence and a 4D LiDAR with hemispheric vision.

Version
-- Please select an item --
  • Go2 Edu Plus (100 Tops Computing)
  • Go2 Edu Plus 3D Lidar (Mid-360 LiDAR)
  • Go2 Edu Plus 3D Lidar (XT16 LiDAR)
  • Go2 Edu Standard (40 Tops Computing)
Quantity
Contact us to find out delivery times
Ask for a quote

Create a cart and turn it into a quote instantly!
Payment methods (see T&C)
Debit card
PayPal
Payment by invoice
Wire transfer

A programmable quadruped platform for research, higher education and robotics development

The Unitree Go2 Edu Plus robot dog is designed for teams looking for a compact, instrumented mobile platform that can be used in academic or R&D environments. The Edu Plus version focuses on programming, sensor integration and robotic application development, with several configurations depending on the onboard computing level and 3D perception requirements.

Key points

  • 4 versions available: depending on computing power and the integration of a 3D LiDAR.
  • Programmable quadruped robot: suited to research, teaching and robotics prototyping projects.
  • Integrated 4D L1 LiDAR: 360° × 90° hemispherical field of view for environment perception.
  • Onboard computing: 40 TOPS or 100 TOPS versions depending on the selected configuration.
  • 3D versions available: with Mid-360 LiDAR or Hesai XT16 LiDAR for navigation and mapping projects.
  • Long-life battery: 15,000 mAh for approximately 2 to 4 hours of runtime.
  • Max. joint torque: up to 45 N.m.
  • Onboard connectivity: 4G, Wi-Fi 6 and Bluetooth 5.2.
  • ROS compatible: for robotic development workflows and software integration.
Key Features of Robot Go2

Four configurations for navigation, 3D perception and robotics application development

The Go2 Edu Plus can be deployed in a wide range of projects, from learning mobile robotics to more advanced work in mapping, autonomous navigation or embedded perception. The available versions make it possible to choose a platform more focused on computing or on the integration of a 3D LiDAR sensor, depending on the nature of the project.

  • Go2 Edu Plus 40 TOPS: for software development, control, teleoperation and introduction to quadruped robotics projects.
  • Go2 Edu Plus 100 TOPS: for applications requiring more onboard computing and algorithmic processing.
  • Go2 Edu Plus 3D Mid-360 LiDAR: for SLAM, navigation and 3D perception projects.
  • Go2 Edu Plus 3D XT16 LiDAR: for projects that require another integrated 3D LiDAR configuration.
Go2 quadruped robot Edu Plus
Go2 quadruped robot Edu Plus Mid-360 LiDAR
Go2 quadruped robot Edu Plus XT16 LiDAR

In a laboratory or university, the Go2 Edu Plus quadruped robot can be used for locomotion, obstacle detection, autonomous navigation, data collection, multimodal perception or teaching ROS and mobile robotics. Its payload, speed, long-life battery and different LiDAR options make it a consistent platform for experimental or educational projects.

Accessories to extend the uses of the Go2 Edu Plus

The Go2 Edu Plus can be complemented with accessories to address more specific needs in manipulation, navigation or energy endurance. It can notably be equipped with a servo robotic arm, a LiDAR navigation system and spare batteries.

The robot already includes a standalone battery, but a Go2 docking station can be added depending on the selected usage scenario.

Technical specifications of the different Go2 Edu Plus versions

Go2 Edu Plus
40 TOPS Computing
Go2 Edu Plus 40 TOPS		Go2 Edu Plus
100 TOPS Computing
Go2 Edu Plus 100 TOPS		Go2 Edu Plus 3D
Mid-360 LiDAR
Go2 Edu Plus 3D Mid-360 LiDAR		Go2 Edu Plus 3D
XT16 LiDAR
Go2 Edu Plus 3D XT16 LiDAR
Computing power40 TOPS Computing100 TOPS Computing100 TOPS Computing100 TOPS Computing
LiDARWithout additional LiDARWithout additional LiDAR3D Mid-360 LiDAR3D Hesai XT16 LiDAR
CameraIntel RealSense D435i cameraIntel RealSense D435i cameraIntel RealSense D435i cameraIntel RealSense D435i camera
Average payload8 kg8 kg8 kg8 kg
Maximum payload12 kg12 kg12 kg12 kg
Speed0 to 3.7 m/s0 to 3.7 m/s0 to 3.7 m/s0 to 3.7 m/s
Max. speed5 m/s (18 km/h)5 m/s (18 km/h)5 m/s (18 km/h)5 m/s (18 km/h)
Max. step height160 mm160 mm160 mm160 mm
Battery life2 to 4 h2 to 4 h2 to 4 h2 to 4 h
BatteryLong-life (15,000 mAh)Long-life (15,000 mAh)Long-life (15,000 mAh)Long-life (15,000 mAh)
ChargerFast charging (33.6 V 9 A)Fast charging (33.6 V 9 A)Fast charging (33.6 V 9 A)Fast charging (33.6 V 9 A)
Charging time1 h 301 h 301 h 301 h 30
Weight15 kg15 kg15 kg15 kg
Dimensions70 x 31 x 40 cm70 x 31 x 40 cm70 x 31 x 40 cm70 x 31 x 40 cm

Resources for the Go2 Edu Plus by Unitree Robotics

FAQ about the Unitree Go2 Edu Plus quadruped robot

What is the Unitree Go2 Edu Plus quadruped robot used for?

The Unitree Go2 Edu Plus is a programmable quadruped robot intended for research, higher education and robotics development. It can be used for mobile robotics, autonomous navigation, mapping, teleoperation and embedded perception projects.

What is the difference between the Go2 Edu Plus versions?

The different Go2 Edu Plus versions mainly differ in their onboard computing power and the optional integration of a 3D LiDAR. The 40 TOPS and 100 TOPS versions address different onboard processing needs, while the Mid-360 LiDAR and XT16 LiDAR versions are more oriented toward SLAM, navigation and 3D perception projects.

Is the Unitree Go2 Edu Plus ROS-compatible?

Yes, the Unitree Go2 Edu Plus robot dog is ROS-compatible. This compatibility makes it possible to integrate it into software development, algorithm testing, sensor integration and mobile robotics teaching workflows.

What sensors are integrated into the Go2 Edu Plus?

The Go2 Edu Plus integrates a 4D L1 LiDAR, an Intel RealSense D435i camera, a tracking sensor and foot force sensors. Depending on the selected version, it can also include a Mid-360 3D LiDAR or a Hesai XT16 3D LiDAR.

Is the Go2 Edu Plus suitable for a laboratory or a university?

Yes, the Unitree Go2 Edu Plus is suitable for laboratories, universities, research professors and R&D teams looking for a quadruped platform for locomotion, navigation, data collection, ROS or robotics experimentation.

Banner White Paper Quadruped Robots

What information should I prepare for a quote request?

Please specify: your budget (even if it is a rough estimate), the deadline for your project (short term, awaiting funding, initial study phase prior to the project, etc.), your shipping address, and a short describing your project.

I would like to request a quote

Pre-shipment check

Before each shipment, our team performs a complete, step-by-step check (battery, start-up, remote control, movement, controls).

Details are listed on our Support page.

Accessories
Customers who viewed this item also viewed