Inside Unitree's Vertical Integration Strategy

Date: 2026-07-07
Type: ARTICLE
Deck: Recent executive remarks and the company's STAR Market prospectus reveal how Unitree is building a vertically integrated robotics manufacturer at scale.
URL: https://korthos.xyz/research/unitrees-manufacturing-strategy-is-becoming-its-biggest-competitive-advantage

Unitree's reputation has largely rested on building capable robots at unusually low prices. But as the company pivots aggressively toward humanoid manufacturing, recent disclosures reveal another competitive advantage.
Unitree has spent more than a decade systematically internalising its hardware stack. That strategy is no longer just an engineering philosophy. It's becoming visible in the company's production, revenue and manufacturing disclosures, which suggest humanoids are rapidly becoming the centre of the business.
The Vertical Integration Bet
In recent public remarks, Unitree's leadership has been unusually explicit about the company's manufacturing philosophy.
Speaking at the Yabuli Forum Innovation Annual Meeting in July 2026, co-founder Chen Li said Unitree has developed its own motors, reducers, encoders, sensors, robot control systems, perception, navigation and AI algorithms internally since the company's founding in 2013. Most notably, he said the company's joint-motor supply chain now extends little beyond upstream raw materials such as copper wire and magnets.
Those remarks reinforced comments made earlier in the year by Jiang Chengyi, Unitree's Head of Robotics Solutions, during Automation World 2026 in Seoul.
Jiang said Unitree now develops more than 90% of its hardware internally, including motors, reducers, encoders, sensors and 3D vision modules. According to Jiang, that approach provides tighter quality control, lower manufacturing costs and better optimisation for mass production.
The distinction is important. Vertical integration is not new in hardware, but the degree to which Unitree has pursued it, and the timing, are notable. Many robotics manufacturers rely on specialist suppliers for motors, reducers and other motion components to reduce development costs and accelerate time to market. Unitree has chosen a different path: own the motor stack, control the iteration cycle and scale production in-house.
The Humanoid Shift
The clearest evidence of that strategy is now emerging in the company's commercial performance.
Between 2022 and September 2025, Unitree sold more than 30,000 quadruped robots. By most measures, that represents one of the most successful commercial quadruped platforms in the industry.
Unitree also estimates it holds around 70% of the global quadruped robot market by shipment volume, providing the manufacturing base from which it is now expanding its humanoid business.
The company's 2025 disclosures, however, point to a business increasingly centred on humanoids.
During the first nine months of 2025, Unitree reported:
- 21,122 quadrupeds produced
- 17,946 quadrupeds sold
- 3,701 humanoids produced
- 3,551 humanoids sold
According to the company's STAR Market prospectus, more than 5,500 pure humanoids were shipped during 2025, excluding wheeled dual-arm robots, with more than 6,500 produced.
Humanoids also became Unitree's largest revenue segment during January to September 2025, contributing 51.53% of revenue compared with 42.25% for quadrupeds. Components accounted for a further 5.76%.
Speaking publicly in February 2026, founder Wang Xingxing also reportedly set a target of approximately 10,000–20,000 humanoid shipments during 2026.
Taken together, the disclosures suggest Unitree's strategy is shifting from proving it can build humanoids to proving it can manufacture them at scale.
Why Vertical Integration Matters
Unitree's manufacturing strategy arguably becomes more valuable as humanoid production scales.
Compared with quadrupeds, humanoids require significantly more actuators, tighter integration between hardware and control software, and more complex manufacturing. That increases the potential value of owning more of the underlying technology stack.
By developing its own motors, reducers and control systems, Unitree can iterate across hardware and software simultaneously rather than coordinating engineering cycles across multiple suppliers. As production volumes increase, that can shorten development cycles, improve quality control and provide greater flexibility when responding to manufacturing or field issues.
Greater ownership of the supply chain can also reduce exposure to supplier capacity constraints, component pricing and lead times as manufacturing scales. While vertical integration requires substantially greater upfront investment, it also gives manufacturers more control over costs, production planning and engineering priorities.
The strategy's benefits may already be beginning to appear in Unitree's commercial decisions.
On 24 June 2026, the company reduced the China-market price of its R1 humanoid from ¥39,900 to ¥29,900 while opening immediate stock sales.
It's impossible to attribute that move solely to vertical integration. Pricing decisions reflect product strategy, competitive positioning and manufacturing economics. However, greater control over hardware development and production can provide manufacturers with more flexibility as they increase output and pursue lower price points.
The Capital Behind the Strategy
Unitree's proposed STAR Market IPO, approved by the China Securities Regulatory Commission, seeks to raise approximately RMB 4.2 billion (roughly US$619 million).
According to the prospectus, proceeds would primarily fund AI model development, new robot products and intelligent manufacturing capacity.
That allocation is notable. Vertical integration is capital intensive, requiring sustained investment in manufacturing capability alongside product development.
While much of the industry's attention remains focused on AI models and robot capabilities, Unitree appears to be making an equally significant bet on manufacturing. As humanoid production moves beyond pilot deployments and toward higher-volume output, ownership of the underlying hardware and manufacturing stack may become an increasingly important differentiator.