Unitree G1 EDU (several configurations up to Ultimate D)

What it's for

The Unitree G1 EDU is a research tool, not a gadget: a humanoid the height of a first-grader that goes into robotics labs at technical universities. The EDU version opens full SDK access (so-called secondary development), so you can replace the built-in behaviors with your own: whole-body control, reinforcement learning in simulation and transferring policies to real hardware (sim-to-real), and collecting teleoperation data for imitation models, including “VLA Models: How AI Controls Humanoid Robots in 2026”. The onboard NVIDIA Jetson Orin computer (NVIDIA Jetson) and a sensor set of depth camera, 3D LiDAR and microphones serve this purpose.

The biggest advantage is the hand. In the "Ultimate D" configuration the robot gets five-fingered hands with tactile sensing and up to 43 degrees of freedom (“Degrees of Freedom (DOF) in Humanoid Robots”), which allows research into grasping and manipulating small objects, something you cannot do with grippers. A payload of up to 3 kg and a walking speed of up to 2 m/s rule out physical labor, but are enough for bench experiments: carrying containers, pressing buttons, tabletop tasks.

The sectors where it makes sense: universities and laboratories, for theses, grants and publications; schools at technical-school or computer-science-track high-school level, provided the school has the budget and a subject-matter supervisor; R&D departments in companies that build their own algorithms and want to test them on a ready-made platform instead of designing the mechanics from scratch; and events, where a humanoid draws a crowd, although for shows alone the cheaper Standard variant is enough. It is unsuited to work in a factory: the manufacturer itself positions the EDU as a development platform, not a ready deployment.

Who it's for

Yes: a team that can program and has a specific research problem. Return on investment is counted here in publications, prototypes and data, not saved labor hours. Yes also for a lab that wants to see how its code behaves on a real, dynamically unstable machine, because simulation shows only part of the truth. A university building a humanoid robotics program and needing hardware comparable to what laboratories around the world work on will also be well served.

No: a company looking for a "robot to do the work." A 3 kg payload and about 2 hours on a battery are too little for a production shift, and the product has no industrial certification (“Robot Safety Standards”). Not for someone without a programmer: without code it is an expensive figure on a plinth, and for shows alone the G1 Standard at a fraction of the price is enough. Not for an institution that cannot tolerate price uncertainty: the manufacturer does not publish an EDU price list, and reseller offers diverge widely. It is also worth thinking about data security if the robot has cameras and works among people (“Data Security: Robots with Cameras and the GDPR”); in 2025, researchers described vulnerabilities in Unitree robots, including the G1.

Deployments

We do not know of a publicly described Polish university or company that has disclosed a purchase. We do know that the G1 is present in Polish commercial circulation: 33bots offers rental of the Unitree G1 humanoid with a certified operator for events and trade fairs (“Renting a Humanoid Robot for an Event”), and Unitree robots are sold by, among others, flystore.pl and x-kom.pl. Worldwide, the G1 serves as an inexpensive research and teaching platform; we describe the wider context of this class of hardware in the humanoid robots category and in the text on “Educational Robots for Schools and Universities”. Before you believe in a "robot in the factory," check whether it is the EDU: there its role is research, not production.

Unitree G1: the same mechanics (132 cm, 35 kg), but 23 degrees of freedom and no SDK; sensible only if you need a robot for shows rather than programming, and want to pay about PLN 52,300 (≈ EUR 11,980) instead of hundreds of thousands.

Unitree H2: taller (180 cm), 70 kg and 31 degrees of freedom, and its price in the manufacturer's shop (USD 29,900) is lower than most G1 EDU configurations; the payload and speed data are incomplete, so it is worth asking the manufacturer.

AgiBot A2: larger and more powerful (169 cm, 69 kg, about 40 degrees of freedom), from USD 54,999; sensible when you want a scale closer to a human, but specifications differ between sources.

UBTech Walker S2: 52 degrees of freedom, 15 kg payload and a multi-robot coordination system; price undisclosed, aimed at industry, not at a laboratory with a limited budget.

Unitree R1 EDU: if budget is the main constraint, a small humanoid with programmability for many times less than the G1 EDU.

Unitree was founded in 2016 in Hangzhou and for years the company was associated with quadruped robots (“Unitree Go2 Review: Prices and the Air, Pro, X and EDU Versions”). In April 2024 it released a video of the H1 humanoid, and in May 2024 it presented the production G1 at a price from about USD 16,000. The G1 went on sale in August 2024, and in January 2025 Unitree showed it at CES in Las Vegas. The EDU variant is today available at resellers in several versions, up to the "Ultimate D" with tactile hands. The company continued to expand: in August 2025 it introduced the R1, the cheapest full-size humanoid, and in August 2026 it debuted on the STAR Market in Shanghai, raising about USD 905 million (the opening price was 629% above the offer price). The full picture of the family: “Unitree H1, G1, R1 and H2”; context on the manufacturer: Unitree Robotics.