ROS 2 teams with their own control stack
These teams want to test navigation, perception or teleoperation on a mobile Go2. To do so, they need confirmed SDK access and a suitable computer connection, not just app-based control.
For ROS 2 prototypes that need physical development access, Unitree Go2 EDU is the documented starting point: according to Unitree Robotics, the EDU version is the only one with the extended electrical interfaces, including RJ45 Ethernet. Start with an external Ubuntu computer and a wired connection. Before buying, check that the dock, Wi-Fi, add-on hardware and required software access are all included in the configuration on offer.
These teams want to test navigation, perception or teleoperation on a mobile Go2. To do so, they need confirmed SDK access and a suitable computer connection, not just app-based control.
If a trial requires an additional computer, camera or manipulator on the robot, the dock, connections and accessories must match the configuration actually ordered.
If you want to use teleoperation or visualisation from your workstation, you’ll first need a working wired setup. For Wi-Fi, you’ll also need to check the adapter’s suitability, its drivers and the specific lab network.
First, confirm the variant and development access, then check the computer connection and any add-ons you need. Safety requirements apply regardless of which of these factors matters most to your project.
| Criteria | What to check before buying | Who should pay particular attention |
|---|---|---|
| EDU variant and development access | Ask the seller to confirm that the offer includes Go2 EDU, the required interfaces, and SDK, repository and support access for the specific configuration. According to Unitree Robotics, RJ45 Ethernet and other extended electrical interfaces are exclusive to the EDU version. | If you plan to develop your own ROS 2 nodes or control software, you’ll need suitable access rather than app-based control alone; this development access is the main priority for around 36% of prospective buyers. |
| Computer and add-ons | Check that the dock, computing module, available connections and power supply are suitable for the sensors or arm you plan to use. | If perception or manipulation requires additional hardware on the robot, the specific setup must be compatible; around 29% of prospective buyers put these add-on requirements first. |
| LAN and Wi-Fi | Test the documented LAN setup with Ubuntu, then check the adapter, drivers and communication over the lab network for Wi-Fi. For the SDK2 getting-started setup, Unitree Robotics specifies Ubuntu 20.04 or 22.04 and a computer adapter on the 192.168.123.x subnet. | If you need teleoperation and visualisation from your workstation, the connection must work on your own network; network connectivity is the main concern for around 21% of prospective buyers. |
| Safe lab operation | Before use, agree on operator competence, the test area, emergency procedures and any risks posed by attachments. | If you’re planning repeatable trials using your own control system, you must manage risks to people and equipment; around 14% of prospective buyers consider safe operating procedures their top selection priority. |
Unitree Robotics lists RJ45 Ethernet and other extended electrical interfaces as features of the EDU version. If your lab setup needs these connections, Air and Pro are not equivalent alternatives.
List the connections you need as a purchase requirement and ask the seller to confirm explicitly that the model being ordered is Go2 EDU.
A Wi-Fi setup depends on the adapter, its drivers and the network itself. MYBOTSHOP Support describes a dongle as a possible add-on, not a guarantee that it will work with every configuration.
First establish a wired connection with the intended development computer, then test the specific Wi-Fi setup in your lab.
Unitree Robotics’ documentation describes dock connections, while MYBOTSHOP also notes that some accessory functions depend on the hardware configuration.
Compare the specific offer against a bill of materials covering the dock, computer, sensors, arm, mounts and available connections.
Missing mounting or connection components can delay your planned trial setup.
According to the Go2 manual provided by MYBOTSHOP, low-level control bypasses the built-in balance safeguards. A fall could damage the robot and any attachments.
Only plan these trials with trained operators, a suitable test area and a safety assessment specific to your setup.
Manufacturer of the Go2 and publisher of documentation on variants, SDK2 and the expansion dock.
German distributor with documentation on a Go2 ROS 2 stack, network access and expansion options.
Relevant as the manufacturer of a Wi-Fi dongle mentioned in connection with MYBOTSHOP as a possible option for a lab setup.
Go2 EDU is the documented variant for setups that need the extended electrical interfaces. According to Unitree Robotics, Air and Pro do not have an RJ45 Ethernet connection, among other differences. Before ordering, ask the seller to confirm which EDU features and software access are included in the specific offer.
In its SDK2 Quick Start, Unitree Robotics recommends Ubuntu 20.04 or 22.04 on the development computer. Its network adapter used for communication should be on the 192.168.123.x subnet; according to Unitree, the address 192.168.123.161 is assigned to the Go2’s integrated computer and must not be used for this purpose. The Quick Start does not list Mac or Windows as supported development environments.
For the documented getting-started setup, a wired connection is the more reliable starting point. First check the connection and the ROS 2 setup you need. You can then test whether the specific adapter and its drivers work, and whether it can communicate over the lab network. MYBOTSHOP Support describes dongles as a possible add-on, not a guarantee that they’ll work with every setup.
These trials require trained operators and a safety assessment specific to your setup. The Go2 manual provided by MYBOTSHOP warns that low-level control bypasses the balance safeguards. If employees in Germany use the robot as work equipment, the German Federal Ministry of Justice states that this use falls within the scope of the Ordinance on Industrial Safety and Health (Betriebssicherheitsverordnung). Discuss the hazards of each trial with the responsible employer.