Unitree R1

What it's for

The Unitree R1 stands 123 cm, weighs 29 kg and has 20 to 26 degrees of freedom (“Degrees of Freedom (DOF) in Humanoid Robots”), depending on source and variant. It was not built for work, but so that humanoid robotics would stop being reserved for laboratories with million-dollar budgets. Sensing is cameras and a microphone for speech and image processing, and the software is based on Unitree's own multimodal stack.

Applications. “Schools”: a robotics club in a high school or technical school, a final-exam project, a programming lab. universities: first classes on humanoids, student science circles, engineering theses without spending hundreds of thousands of zloty. events: a robot performing dynamic moves draws a crowd, and the low price means it can be bought without worrying about a cost estimate. homes: enthusiast hobbyists who want to experiment with a humanoid, but they should not expect a household helper, since the R1 has no documented payload or autonomy for practical tasks.

What not to do: do not buy the R1 for physical work, for unsupervised customer service, or for uses that require certification. It is a platform for learning and showing off. If you plan to code your own behaviors, check which variant (Air, Standard, EDU) gives you access to the SDK, because the point of the purchase depends on it.

Who it's for

Yes: students, teachers and hobbyists who want to get into humanoid robotics cheaply. Yes for clubs and science circles, where one robot per group is enough and the cost is many times lower than the G1. Yes for content creators and marketers who need a show humanoid without an R&D budget.

No: a company looking for a robot to do work, since payload and runtime have not been confirmed and the design has no industrial certifications (“Robot Safety Standards”). Not for research teams with manipulation requirements, since it lacks hands with a sense of touch; for those there is Unitree G1 EDU. Not for those who expect certainty about the specification: the number of degrees of freedom varies (20–26), and some of the data comes from external reviews, not from the manufacturer. Not for users who want to buy in a Polish shop “for five thousand dollars”: Polish offers are clearly more expensive.

Deployments

Worldwide the R1 appears in the context of education, hobby use and shows; we have no described commercial deployments. In the humanoid robots category there are models being introduced into plants, but the R1 is not among them; for educational uses of robots see “Educational Robots for Schools and Universities”.

Unitree R1 Air: the cheapest variant of the series (25 kg, 20 degrees of freedom), when all you care about is price and show.

Unitree R1 EDU: the programmable variant, for schools and universities that want to code their own behaviors.

Unitree G1: larger (132 cm, 35 kg), but more than twice as expensive and without an SDK; it makes sense when the robot's scale matters for the impression.

Noetix N2: 118 cm, about 30 kg, 18 degrees of freedom and about 5 kg payload, USD 5,500–8,400 per our catalog; a cheaper alternative from another Chinese manufacturer.

Noetix Bumi: a child-sized humanoid, 94 cm/12 kg, for about USD 1,400, advertised as the cheapest on the market; for those who want to start even cheaper and smaller.

The R1 went on sale in August 2025 as Unitree's cheapest full-size humanoid, then priced at about USD 5,900, and September reports confirmed the start of sales. Earlier the company had shown the H1 (2023) and the G1 (on sale from August 2024). The R1's price fell in the following months: in the manufacturer's store all variants were listed uniformly at USD 4,900. The next stage was the H2 (October 2025) and Unitree's stock-market debut in Shanghai in August 2026. The R1 is part of a larger family that we describe in “Unitree H1, G1, R1 and H2”; the manufacturer is covered in Unitree Robotics. Competition among cheap humanoids is growing: see “Chinese Humanoid Robots” and “Humanoid Robot Market Forecasts”.