Humanoid robots are gaining renewed industry attention amid advances in artificial intelligence, but high manufacturing costs continue to limit their commercial deployment, according to a new report by DIGITIMES Asia.
The report, titled Humanoid Robotics, 2025 – Market Trends, Critical Components & Strategic Shifts, finds that humanoid robots are expected to account for just 0.2% of the global robotics market in 2025. Current use remains largely restricted to specific industrial applications, including logistics, warehousing, and manufacturing, with broader sectoral adoption still distant.
Recent AI developments have accelerated the design and testing of humanoid robots, with developers using simulation tools to refine functions such as balance and object manipulation prior to physical prototyping. This approach is reportedly reducing development time and cost while improving robotic decision-making and sensory perception. However, these simulation-driven advances have not translated into broader market viability.
The main limiting factor remains hardware cost. The integration of advanced sensors, processors, actuators, and precision mechanical parts continues to raise production expenses, particularly given the small volumes in which these robots are currently produced. Prices for humanoid robots generally range from US$50,000 to US$400,000, substantially higher than industrial robots with similar dimensions and functions, which typically cost under US$30,000.
The DIGITIMES report outlines a three-phase development trajectory shaped by AI maturity, hardware component pricing, and evolving safety standards. In the first phase, expected to span the next three to five years, humanoid robots are projected to see expanded use in industrial contexts, driven by AI performance improvements, though high costs will remain a barrier. The second phase, forecasted over a five- to ten-year timeframe, envisions broader adoption in service industries, contingent on hardware cost reductions and progress in safety regulation. A third phase, extending beyond the ten-year mark, anticipates wider residential use as affordability, AI capabilities, and regulatory frameworks align.
While momentum is growing around humanoid robotics as part of what some in the industry are calling the “physical AI” era, the report emphasizes that the pace of hardware cost reduction will be a decisive factor in determining the timeline and scale of deployment beyond industrial settings.
