The key difference between Unitree G1 and G1 EDU is development access. Unitree’s store says the standard G1 does not support secondary development and directs buyers who need customization to EDU. If your project depends on writing your own robot application, confirm the EDU configuration and supported interfaces before ordering.
Sources checked: 1 October 2026. This is a manufacturer-documentation comparison, not a hands-on review.
G1 versus G1 EDU: the differences that matter
The following is a selective summary of Unitree’s official G1 comparison. Optional equipment should not be treated as included equipment.
| Item | G1 | G1 EDU |
|---|---|---|
| Total degrees of freedom | 23 | 23–43, depending on configuration |
| Secondary development | Not supported by the standard store listing | Listed as supported |
| Dexterous hands | Not listed in the standard comparison column | Optional Dex3-1 configuration |
| Additional computing module | Not listed | Configurable options, including Orin |
| Purchase price | Store lists US$13,500 before shipping and applicable import costs | Contact sales for a configuration-specific quote |
Unitree cautions that specifications vary with configuration and that some showcased functions remain under development. The table therefore describes published hardware and purchasing distinctions, not a guarantee of delivered household skills.
What does secondary development mean for a buyer?
For purchasing purposes, separate using supplied functions from building a new application. A demonstration of movement does not answer whether your team receives the interfaces, documentation and support needed for its own project.
Unitree publishes a robot SDK repository with build examples and a link to its documentation center. That provides a concrete starting point for a technical discussion. It does not establish that every retail G1 configuration can run every example or expose every control interface.
Our recommendation is to make software access part of the written quotation. Ask the supplier to identify the supported SDK version, compatible firmware, accessible interfaces and any restrictions. Have the person who will actually develop the application review those answers before the purchasing decision.
Why EDU does not automatically mean a home assistant
Development access is an opportunity to build and test an application; it is not evidence that the application already works. For example, asking a robot to fetch a particular object involves more than purchasing a hand with movable fingers. A buyer still needs evidence that the complete task works in the intended environment.
When watching a demonstration, ask whether it is autonomous, remotely operated or a recorded sequence. Also ask who intervenes when the task fails. These are evaluation questions, not claims that a particular G1 video uses one control method.
For wider context, use our robot capabilities guide and home robot buying guide. Treat a successful demonstration as the beginning of an assessment, especially if your goal is useful daily assistance.
Price and delivery: compare the complete quotation
At the check date, Unitree’s official store listing showed the standard G1 at US$13,500, shipping of US$300–$1,200, and a backorder notice. It places applicable taxes, duties and import clearance on the customer. EDU buyers are directed to sales.
A listed price and an order button do not establish an immediate delivery date for your country. Request a written dispatch estimate and a clear list of included equipment. Our robot availability guide explains why ordering status and actual availability deserve separate checks.
For a fair comparison, ask both suppliers to quote the same project. Include your intended task, destination, required software access, training and support. Otherwise, a cheaper quotation may simply omit something essential to your use case.
Six questions to resolve before ordering
- Which exact configuration is supplied? Request a parts list identifying hands, computing hardware and accessories. Do not use a promotional photograph as an inventory.
- Which tasks are delivered and supported? Ask for a demonstration using the proposed configuration, with interventions and unsuccessful attempts explained.
- What work remains yours? Separate installation, programming, testing and operator training. Assign responsibility for each item before agreeing a project budget.
- How will acceptance be measured? Define the task, environment, success criteria and permitted human assistance in writing. A vague promise of “AI capabilities” is difficult to evaluate.
- What happens after a fault? Request support hours, repair arrangements, warranty exclusions and responsibility for return freight. Ask which modifications affect support.
- Where can it be operated appropriately? Obtain the manufacturer’s operating instructions and assess your space, supervision and stopping procedures. Do not infer suitability around children or vulnerable people from marketing imagery.
Which version belongs on your shortlist?
Our assessment: start with the supported application you need, then choose the configuration. If you want only demonstrated, supplier-supported functions, investigate the standard version against those specific requirements. If your objective requires custom programming, discuss EDU and require written confirmation of the development access you need.
If your priority is dependable household chores with minimal setup, ask for evidence of those chores before committing to either version. Technical potential and practical value are different purchasing questions.
Image credit: Unitree Robotics; existing RobotSelectr media showing the G1 family, not a guarantee of a particular EDU configuration. Research approach: RobotSelectr editorial policy.