From Quadrupeds to Humanoids
Unitree Robotics was founded in 2016 by Wang Xingxing, then a graduate student at Zhejiang University, with an initial focus on building affordable legged robots. The company's early products — quadruped platforms including the Laikago, AlienGo, Go1, and Go2 — established Unitree's reputation for delivering capable hardware at prices significantly below comparable Western offerings. That cost-efficiency became the company's defining characteristic, and it carried directly into the humanoid programme.
Unitree's first humanoid, the H1, was unveiled in August 2023 and priced at approximately $90,000. While cheaper than many research humanoids of the time, the H1 was still positioned as a high-end developer platform. The G1 was conceived as a fundamentally different proposition: a humanoid that research teams, universities, and early commercial adopters could actually afford to buy multiple units of.
The $16,000 Humanoid
When the G1 was announced at ICRA Yokohama in May 2024 at a starting price of $16,000, it attracted immediate attention from the global robotics community. At the time, comparable bipedal humanoids — even from Chinese competitors — typically started in the $100,000–$250,000 range. The G1's price point put a capable, programmable humanoid within reach of individual research labs, small universities, and startup developers for the first time.
The G1 achieved this through a combination of smaller physical scale (127 cm, 35 kg versus the H1's 180 cm, 47–70 kg), a tiered product line that separated demo-only units from full developer access, and Unitree's established manufacturing infrastructure from quadruped production. The base configuration sacrificed some capabilities — the cheapest units have no SDK access and fewer DoF — but the G1 EDU tiers at $43,900–$73,900 offered full developer tooling, dexterous hands, and expanded joint configurations for those who needed them.
Academic Adoption and Open-Source Development
The G1's price point proved effective. By the end of 2025, research groups at MIT, Stanford, Carnegie Mellon, ETH Zurich, Tsinghua University, and dozens of other institutions had acquired G1 EDU platforms. Tsinghua University's demonstration of a G1 playing table tennis — using a reinforcement learning framework called LATENT — was widely shared and illustrated the platform's suitability for dexterous manipulation research.
Unitree supported the academic community by releasing UnifoLM-VLA-0, an open-source vision-language-action model providing manipulation baselines across 12 task categories. The company also maintained compatibility with ROS 2 and published its SDK openly, lowering the barrier for researchers without deep embedded robotics experience. This combination of accessible hardware and open software contributed to the G1 becoming one of the most commonly cited experimental platforms in humanoid robotics papers published in 2025.
Public Visibility and Commercial Momentum
Unitree made deliberate use of China's largest broadcast events to build awareness of the G1. G1 units appeared at the 2025 Chinese New Year Spring Festival Gala performing yangge dance, reaching an audience of hundreds of millions of domestic viewers. The 2026 gala featured G1 units in parkour and kung fu sequences, reinforcing the platform's image as a capable and dynamic robot rather than a slow or fragile one.
A different kind of visibility came in February 2026, when a G1 completed 130,000 steps in a single outdoor session in Altay, Xinjiang, at temperatures down to −47.4 °C, tracing an Olympic-ring emblem using Beidou satellite positioning. The demonstration addressed a common concern about humanoid robots — operational reliability in harsh real-world environments — and attracted coverage well beyond the domestic Chinese press.
Commercial Deployment and Scale
Mass production began on 20 August 2024, less than four months after the ICRA announcement. By the end of 2025, Unitree had shipped more than 5,500 G1 units, a figure that put it ahead of every US-based humanoid manufacturer by unit volume. In April 2026, G1 units entered operational service at Tokyo Haneda Airport for baggage handling in a partnership with Japan Airlines, marking one of the first commercial airport deployments of an affordable humanoid.
The sales momentum fed back into manufacturing ambition. In March 2026, Unitree filed for an A-share IPO targeting a $580 million valuation, supported by reported revenue growth of 335% year-over-year in 2025. The company projected 2026 G1 production of between 10,000 and 20,000 units — a roughly fourfold increase from the prior year. Whether Unitree can scale at that rate while maintaining quality, and whether the G1's commercial deployments accumulate into durable revenue rather than one-off demonstrations, remained open questions as of mid-2026.
Position in the Unitree Lineup
By mid-2026, Unitree's humanoid portfolio comprised three distinct platforms. The H1 (and its updated H1-2 variant) served the high-performance research market at around $90,000. The G1 occupied the accessible research and early commercial tier from $16,000. The R1, introduced as a consumer-oriented humanoid for home and light-commercial use, targeted a lower price point still. Together, the three platforms allowed Unitree to address segments of the humanoid market that no other single manufacturer was covering across the same price range.
The G1's significance lies less in any single technical breakthrough than in what it demonstrated about production economics: that a capable, programmable, bipedal humanoid could be manufactured and sold at a price point previously associated with industrial robotic arms rather than full-body humanoid systems. That shift in price expectation, regardless of which manufacturers ultimately benefit from it, is likely to shape how the humanoid research and commercial market develops through the late 2020s.