Unitree Go2 Buyer’s Guide: Go2 Pro vs Go2-X vs Go2 EDU
Go2 Pro vs Go2-X vs Go2 EDU
Choose by development access, sensors, and the compute your project actually needs.
The short answer
Start hereGo2 Pro is a ready-to-use platform for demonstrations and operation. Go2-X adds limited secondary development, suited to applications built around the robot’s existing locomotion capabilities. Go2 EDU is the development-focused version, with foot-end force sensors and deeper control access. Select an EDU configuration with an optional NVIDIA Jetson module if your project needs to run more demanding robotics models on the robot.
“Supports secondary development” does not mean every interface is open or that every EDU configuration includes a Jetson computer. Confirm your required SDK interfaces, sensors, and hardware in the quotation before ordering.
Compare the three platforms
Development first| What matters | Go2 Pro | Go2-X | Go2 EDU |
|---|---|---|---|
| Best fit | Demos, showcasing, and ready-to-use operation | Applications using existing robot motion and SDK functions | Research, custom control, perception, and model deployment |
| Secondary development | Not listed by Unitree as a secondary-development model | Partially supported; confirm required SDK functions | Supported; intended for deeper development |
| Control scope | App and remote operation | Application logic and locomotion commands using available SDK interfaces | Deeper control interfaces for custom gait and robotics research; verify exact API needs |
| Foot-end force sensors | No | No | Yes |
| NVIDIA Jetson onboard compute | Not listed as an option | Not listed as an option | Optional Orin Nano (up to 40 TOPS) or Orin NX (up to 100 TOPS), by configuration |
| Depth camera | Not included in the listed configuration | Not included in the listed configuration | Available; confirm camera and mounting hardware in the selected package |
| Standard battery | 8,000 mAh; approx. 1–2 hours | 8,000 mAh; approx. 1–2 hours | 15,000 mAh; approx. 2–4 hours |
| K-Robotics starting price | From $3,799 | $5,990 | From $11,190; compute options priced by configuration |
What can Go2-X develop?
Application layerGo2-X supports secondary development through available SDK interfaces. It can be a fit when your software sends movement commands, coordinates predefined behaviors, or connects the robot to a larger application. It is not the same development package as EDU: Unitree marks Go2-X secondary development as partial.
If your team needs a particular data stream, ROS 2 workflow, or control frequency, send us the requirements so we can check the exact interface before you buy. If your goal is to replace the robot’s locomotion controller or study custom joint-level control, start your evaluation with Go2 EDU.
When should you choose EDU?
Research platform- Foot-contact research: EDU includes foot-end force sensors that are absent from Pro and X. This matters for contact-aware walking, balance, and terrain experiments.
- Deeper control: EDU provides broader secondary-development access for teams developing control and gait algorithms. Share the exact low-level interfaces you require so we can confirm the supported workflow.
- Onboard AI models: A selected EDU package can add NVIDIA Jetson Orin Nano or Orin NX compute for perception, navigation, or other robotics workloads. The Jetson module is an option, not part of every EDU unit.
- Sensor expansion: An Intel RealSense D435i depth camera and expansion hardware may be available depending on the selected package. Confirm the included items in the written quote.
Example project choices
Match the workloadBuild an application around motion
For commanding movement and combining robot behaviors with your software, evaluate Go2-X and verify the SDK methods you need.
Develop a custom walking controller
For gait, joint-control, or foot-contact research, evaluate Go2 EDU and specify the required interfaces and control rates.
Run models on the robot
For onboard inference, perception, mapping, or navigation, evaluate Go2 EDU with a Jetson compute configuration sized for your model.
Demonstrate and operate
For out-of-box operation without a secondary-development requirement, evaluate Go2 Pro.
Before requesting a quote
Three questions- What will you program? Application-level motion commands, a custom gait controller, or both?
- Where will your models run? On an external computer or onboard a Jetson module?
- Which data and hardware are required? Foot-force data, depth camera, LiDAR data, payload power, ROS 2, or a specific SDK interface?
These answers determine the right robot and the exact EDU package. For a development project, request a written configuration listing the computer, sensors, accessories, and supported interfaces.
Work with K-Robotics
U.S. supportK-Robotics works with university robotics teams and research labs on robot selection and purchasing. We can discuss your project requirements and provide a configuration-specific quote. Schools and universities can also ask about purchase orders and W-9 documentation.
Read the Unitree Go2 specification comparison and our Go2-X and Go2 EDU product pages for more information. Manufacturer specifications and included hardware may vary by version and package.
Choose a Go2 for your development goals
Tell us what you want to build, which data and control interfaces you need, and whether your models must run onboard. We’ll help identify a suitable configuration.
Ask for a configuration-specific quote.
CONTACT K-ROBOTICS