Humanoid robots: From hype to impact – When will humanoid robots deliver real industrial benefits?

• China is gearing up for the next technological leap: 23 new commercial manufacturers have emerged in just one year – a growth of over 50% and a clear signal of its global leadership.
• The market is shifting towards Asia: More than half of all relevant suppliers (53%) are already based in China, whilst the US (17%) and the rest of the world (30%) lag significantly behind – Germany currently plays only a minor role.
• Industry on the verge of a breakthrough: 73% of companies are already making concrete plans to deploy humanoid robots – the technology is rapidly moving from vision to implementation.
• Enormous potential for automation is evident: Initial projects show that up to 60% of tasks currently performed manually could be automated within the next ten years.
• Autonomy remains the next major milestone: Fully autonomous humanoid robots are on the horizon – but their realistic deployment is not expected before 2030.

Summary & Findings

The market for humanoid robotics is growing rapidly. Around 90 companies worldwide are now working on such systems – compared to around 55 in 2025. China, in particular, is developing dynamically as a hub for innovation and is further expanding its role in global competition. At the same time, the number of known robot models has risen to 249 systems. The first commercial deployments are expected as early as this year, whilst around 73% of companies plan to use embodied AI systems in the coming years.

Industry stands to benefit particularly. Between 40% and 60% of today’s manual tasks in sectors such as production and logistics are generally considered automatable. At the same time, costs are falling significantly: industrial humanoid robots could cost less than US$55,000 by the end of the decade and pay for themselves in less than a year in suitable applications.

Market potential and development

The market for humanoid robotics is developing at a rapid pace and could reach a volume of several million installed systems by 2030. The number of suppliers has risen from 55 to around 90 (+64%) within a year, whilst the number of robot models has almost doubled from 140 to 284. China dominates with a 53% market share, followed by the US with 17%. The focus is clearly on industrial applications, particularly in manufacturing and logistics, where there are structural labour shortages and high demand for automation.

Technology maturity

Humanoid robotics is in the transition phase from prototypes to initial industrial applications. Currently, systems with moderate levels of autonomy dominate, whilst the first commercial deployments are expected from 2026 onwards. Technological advances are particularly evident in mobility, manipulation and AI-based control. Nevertheless, limitations remain in terms of autonomy, energy efficiency and fine motor skills, meaning that widespread use in unstructured environments is only realistic in the medium term.

Cost trends

The cost structure is improving significantly thanks to economies of scale and technological advances. The target cost is expected to be around US$55,000 per system, based on hardware costs of approximately US$43,000 plus development costs and margins. New business models such as ‘Robot-as-a-Service’ further reduce investment barriers and shift costs into operational models.

Opportunities for industrial companies

Humanoid robots enable the automation of over 40% of manual tasks, with a theoretical potential of over 60% in suitable processes. Repetitive and standardised tasks in logistics (96% relevance) and production (81%) are particularly relevant. Companies primarily expect efficiency gains (72%) and cost reductions (70%). Payback periods of less than a year make their deployment economically attractive and position humanoid robotics as a key technology for the next stage of automation.

About the study

For the third edition of the Humanoid Robot Study, current developments in the humanoid robotics market were examined on the basis of extensive market analyses, and 152 industry experts were surveyed to assess market trends, technological maturity and potential for industrial application.

To investigate the specific automation potential of humanoid robots in industry, three case studies were also conducted. Real-world manual processes in automotive production, the semiconductor industry and industrial contract manufacturing were analysed to identify potential areas of application and efficiency gains for humanoid robotics in real production environments.