For recurring school projects, a four-legged EDU platform is a good fit only if the programming access available on that specific version meets your learning objectives; remote control alone is not enough to develop your own applications. Unitree Robotics documents how to build applications for the EDU-Go2, while DEEP Robotics describes SDK options for the Lite3. Neither demonstrates operation independent of the manufacturer or provides a ready-made school programme. For regular use, supervision, space, training, repairs and funding must also fit the needs of the school.
Wants to use the robot in lessons and clubs for recurring, original projects, and needs clear development options and suitable activities. Unitree Robotics and DEEP Robotics document development options for their respective platforms.
Plans supervised sessions with different groups and needs to organise the movement area, operation and supervision at the school. The Deutsche Gesetzliche Unfallversicherung provides guidance on carrying out a risk assessment for educational activities in schools.
Need to consider long-term availability, services and a suitable purchasing or funding route. A German supplier lists purchase and leasing options for the Go2 EDU, along with services that can be added; the Kultusministerkonferenz has announced the launch of DigitalPakt 2.0.
For ongoing classroom use, the school should first check which programming access is actually available on the specific version, then consider supervision and space, followed by servicing and funding.
| Requirement | What to look for when buying | Who is this particularly important to? |
|---|---|---|
| Creating your own programmes | Check the development access and available features for the exact version; ask for a suitable lesson activity to be demonstrated. | If I want pupils to programme movement or sensor activities themselves, remote control is not enough. Around 31% of consumers put access to creating their own programmes first. |
| Supervised operation | Plan the movement area, obstacles, supervision, operating permissions and emergency stop procedure for the specific site. | With different groups of learners, I want to organise the operating area and supervision in advance. Around 31% of consumers prioritise supervised operation in schools. |
| Maintenance and support | Set out the training, maintenance scope, spare parts and repair process, and responsibilities in the specific offer. | If the robot will be used in lessons or clubs over several school years, training and a clear repair process are important. Around 23% of consumers put maintenance and support first. |
| Purchasing and funding | Check whether to buy or lease, the total package, the responsible purchasing department and whether the specific project is eligible for funding. | For a long-term purchase, I need to clarify who is responsible and which contract route to follow. Around 15% of consumers prioritise the funding and purchasing process. |
Remote control or app-based operation does not prove that learners can develop their own applications. For the Go2 EDU, Unitree Robotics describes how to build applications using an SDK; DEEP Robotics documents SDK options for the Lite3.
Before ordering, ask for a programme suited to your learning objectives to be demonstrated on the intended version and school computers.
A German supplier lists training and a maintenance contract for the Go2 EDU as add-on services. This does not mean they are included with every purchase or lease.
Make sure the specific offer sets out the services included, responsibilities, and what happens in the event of a repair or breakdown.
The launch of DigitalPakt 2.0 does not, in itself, confirm that a particular robot dog or school project is eligible for funding. You also need to check which procurement procedure applies to the order.
Involve the funding body and purchasing department before the school enters into a contract.
The Go2 EDU is a documented development option for a robotics lab. A German supplier lists purchase and leasing options for it.
The Lite3 is worth considering for teams exploring documented motion and ROS 2 development options.
Spot may be suitable for advanced research and development projects.
The Joybuy models shown here are four-legged robot dogs. For ongoing use in schools, check that the programming access, age guidance and supervision requirements for each version fit your intended use.
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As a four-legged robot dog, the Rover X1 is a natural fit for a robotics lab. The school should check in advance whether the programming features on this version meet its teaching objectives.
The product name mentions vision recognition, following and voice interaction.
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The As2 Pro is described as a four-legged robot dog. Before using it in lessons, the school should check whether its available features meet the learning objectives.
The product name mentions voice interaction, following and obstacle avoidance. The school should separately check whether the specific version offers suitable programming access for its own projects.
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The product description mentions graphical programming via an app, but excludes Secondary Development. This is important if learners are expected to develop their own applications.
According to the description, this model is not suitable for anyone under 14. If school groups include younger children, the planned use must take this age guidance into account.
No, not if learners are expected to develop their own applications. DLR_School_Lab describes remote control as a way to guide the robot around a course; to create their own programmes, the school needs to check the development access available on the specific platform. Unitree Robotics and DEEP Robotics document SDK options for certain versions, but this does not demonstrate fully manufacturer-independent operation.
Plan the session around the specific room, device and group taking part. The Deutsche Gesetzliche Unfallversicherung recommends identifying and assessing risks and setting out measures for school activities in a way that is specific to each school. This does not establish one standard room size for every robot dog.
You should not assume so. A German supplier lists training and a maintenance contract for the Go2 EDU as add-on services, or as services that vary depending on the purchasing route. Check the specific offer, including its terms for repairs, spare parts and warranty.
Recording identifiable people involves processing personal data, which requires an appropriate legal basis. The school should check with its data protection officer whether and how recording is permitted in the specific teaching context, taking applicable regional requirements into account.
No, it does not automatically confirm funding for a particular device or school project. The Kultusministerkonferenz announced the launch of DigitalPakt 2.0 on 1 September 2026; eligibility must be checked for the specific school authority and project under the relevant regional funding process. You also need to confirm which procurement procedure applies to the individual order.