If you want to run your own control software on the robot, the Unitree R1 EDU is the obvious starting point: Unitree explicitly identifies this version as supporting secondary development. AIR and Basic may be suitable if their available movement axes and cameras match your experiment, and you don't need to assume development access that hasn't been confirmed. Before ordering, get written confirmation of software access, specification, what's included and the documentation for the exact configuration.
If you want to test your own movement or control software on the hardware, check that it is approved for the exact version on offer. Unitree Robotics explicitly lists secondary development for EDU; general development documentation does not automatically mean that AIR or Basic offer the same access.
Check that the joint axes and cameras you need for your experiments match the configuration you've chosen. Unitree Robotics describes differences between AIR, Basic and EDU, so the versions are not necessarily interchangeable.
To place an order with confidence, you'll need a clear model identifier and accurate details of the accessories, service and operating documentation. Check these points against the specific delivery and your planned laboratory use.
First, check whether developing your own software is essential. Then match the movement axes and sensors to your experimental set-up, and finally check what's included and the operating conditions.
| Requirement | What to check before buying | Who should pay particular attention? |
|---|---|---|
| Development rights and software access | Ask the seller to specify the version and firmware, and confirm SDK, DDS, ROS 2 and simulation access, including usage rights, for this exact delivery. Unitree Robotics explicitly lists secondary development for EDU. | If I need to run my own control software, confirmed approval matters more than general developer documentation. Around 36% of consumers prioritise development access. |
| Joint configuration for movement trials | Unitree Robotics lists 20 degrees of freedom for AIR and 26 for Basic; check that the axes you need match your experimental protocol. Confirm the EDU configuration against the specific offer. | For movement trials, I need the right axes, but extra degrees of freedom are no substitute for confirmed software rights. Around 29% of consumers prioritise joint configuration. |
| Camera, computing power and add-ons | Unitree Robotics describes AIR as having a monocular camera and Basic and EDU as having binocular cameras. Ask for the required data streams, optional computing modules and hands to be listed individually in the order. | If my experiments require image data, local computing power or grasping, I want to choose a camera and add-ons that suit my set-up. Around 21% of consumers put sensors or expandability first. |
| Delivery and operating requirements | Ask for the model identifier, accessories, service arrangements and documentation relevant to the specific configuration. Include a risk assessment for the intended use in your plans. | For university procurement, I need a clearly documented delivery and suitable operating documentation. Around 14% of consumers prioritise institutional procurement. |
Unitree's general information about R1 interfaces does not guarantee that every version is approved for developing your own control software. The Unitree shop explicitly lists secondary development for EDU only.
Get written confirmation of the software and sensor rights you need for the model and delivery configuration.
Unitree lists computing modules and hands as possible EDU add-ons. The EDU name alone doesn't specify which accessories are included in the offer.
Ask for each required option to be listed separately, with its model identifier and details of what's included.
Additional modules or integration services may need to be purchased separately.
Unitree's general service terms list unauthorised modifications and dismantling as possible grounds for exclusion.
Before ordering, discuss your planned modifications and the applicable service agreement with the seller and manufacturer.
Unauthorised work may affect the service available to you and lead to additional queries.
Unitree Robotics is the manufacturer of the R1 versions covered here. Its product overview and development documentation are useful for an initial technical assessment, but they don't replace confirmation of what's included in your specific delivery.
This product overview covers R1 configurations for development work and experiments where joint configuration and cameras matter.
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For research projects that involve developing your own software on the platform; confirm the rights and functionality available with the specific delivery.
The product title states that secondary development is supported. A clear area of at least 6 m × 6 m is recommended for larger movements; don't touch the robot while it is moving.
The product description prohibits unauthorised modifications, dismantling and repairs.
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For movement and perception trials, if the joint and camera features listed in the product title suit your experimental set-up.
The product title lists 26 degrees of freedom and two cameras. Unitree explicitly confirms secondary development for EDU only, so don't assume you can develop your own control software for this model without separate confirmation.
The product description warns of collision and trapping hazards, and advises against allowing children to operate the device unsupervised.
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For basic movement and platform trials, if the AIR configuration without additional head and waist axes suits your project.
The product title lists 20 degrees of freedom and a monocular camera. Unitree describes AIR as having no movable waist or head; according to Unitree, secondary development is explicitly available for EDU only.
The safety instructions advise against operating the robot near stairs, edges or uneven surfaces, and warn of trapping hazards around moving joints.
No. Unitree Robotics' documentation describes development options, while the Unitree shop explicitly lists secondary development for EDU only. Ask for separate confirmation of the scope and approval for the functions you need on AIR, Basic and the specific EDU configuration.
If staff are using the platform as work equipment, a risk assessment must be carried out before use. The Federal Institute for Occupational Safety and Health (BAuA) highlights this requirement for work equipment; protective measures must suit the specific device, environment and experimental set-up.
Unitree lists hands and high-performance computing modules as EDU options, not as items automatically included in the delivery. Unitree's general service terms list unauthorised modifications and dismantling as possible grounds for exclusion. Make sure the offer for delivery to Germany specifies the accessories, service terms and any planned modifications.
No. According to BAuA, machinery must continue to be placed on the market under Machinery Directive 2006/42/EC until 19.01.2027; Regulation (EU) 2023/1230 applies from 20.01.2027. The documentation required and available for the specific R1 delivery must be checked separately. The exemption for research machinery under the previous Directive requires it to be specially designed for temporary use in laboratories; use at a university alone does not prove that this applies.
If personal data is processed, the responsible organisation must establish an appropriate legal basis under the GDPR in advance. The European Data Protection Board explains that organisations must determine a legal basis before processing; the research purpose does not remove the need to do so.