Humanoid Robots in Construction Market Size, Report by 2035 - Precedence Research
In August 2025, Ubtech announced the release of its newest generation industrial humanoid robot, Walker S2, which included an autonomous battery switch that enabled it to operate autonomously.
Key takeaways
The most recent headlines show a surge of commercial roll‑outs and high‑profile demonstrations across the humanoid‑robot sector. On 8 December 2025, Chinese robotics firm AGIBOT announced the official launch of its 5,000th mass‑produced humanoid robot, emphasizing a push toward large‑scale manufacturing and broader industrial deployment. In the same week, EngineAI released dramatic footage of its T800 full‑scale humanoid delivering a powerful kick to the company’s CEO, a stunt that serves to promote an upcoming “Robot Boxer” event slated for 24 December. Meanwhile, Unitree has continued to publicize its larger H2 humanoid, now shown in combat‑style videos where it punches, kicks and breaks parts of its smaller G1 sibling, reinforcing the company’s reputation for agile, teleoperated fighters. Earlier in 2025, Ubtech unveiled the Walker S2 generation, featuring an autonomous battery‑swap system that enables continuous operation in smart‑factory settings, and Deep Robotics introduced the DR02, the first all‑weather humanoid with IP66 protection aimed at outdoor security, logistics and hazardous‑site inspection. In parallel, Figure’s CEO has teased a short clip of the Figure 03 robot running at speeds far exceeding the typical three‑to‑four mph range of current models, echoing a Forbes report that noted a 40 % drop in humanoid‑robot manufacturing costs this year, bringing unit prices down to roughly $30,000‑$150,000. Together, these developments illustrate a rapid transition from laboratory prototypes to mass‑produced, high‑performance platforms that are entering both industrial workflows and public demonstrations.
In August 2025, Ubtech announced the release of its newest generation industrial humanoid robot, Walker S2, which included an autonomous battery switch that enabled it to operate autonomously. The robot implementation demonstrated its industrial capability in a multi-robot training program in a smart factory.(Source: In October 2025, Deep Robotics introduced the DR02, the first all-weather humanoid robot announced worldwide, with IP66 dust and water resistance, as an outdoor security, logistics, and industrial inspection robot. It was an important step towards the introduction of humanoid robots into dangerous, unstable construction and industrial environments.(Source: Structural labour shortages, a global increase in infrastructure demand, and safety requirements on construction sites are driving the expansion of humanoid robots in construction market. Also, the growing concern about worker safety is hastening the demand for robots that may replace humans in dangerous, high-risk activities, including working at height, handling heavy loads, or operating in contaminated or disaster-prone areas. The potential adoption is due to rapid advancements in AI,
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