Humanoid robots - from science fiction to series production

Colaboration - Ai generatied

In 2026, the idea of humanoid robots has finally crossed the line between futuristic fiction and economic reality. What appeared in films like I, Robot as a fantastic projection of a remote-controlled future is now being seriously pursued by global industrial corporations and technology startups. Humanoid robots — humanoid machines with two legs, arms, and increasingly complex AI — are no longer just lab curiosities. They reach series production and are facing widespread industrial use. This development represents one of the biggest technological upheavals since the invention of the programmable production line – with far-reaching consequences for mobility, production, working environments and corporate strategies.

Humanoid robots: reality instead of vision

Today's modern robot landscape is characterized by a variety of serious projects – from autonomous machines that lift heavy loads to robots that perform complex hand movements and respond to human environment signals:

• Tesla, Inc. – Optimus: Tesla is pursuing an ambitious goal with the humanoid robot Optimus : a general robot platform model that takes over dangerous, monotonous or repetitive work for humans. Elon Musk has repeatedly stated that Optimus could become "more important than the vehicle business" in the long run.

• Boston Dynamics – Atlas: After years of experimental development, Boston Dynamics is showing a fully electric version of its two-legged Atlas robot. The model is characterized by high freedom of movement, autonomous energy management and robust mechanics - and is to be used in Hyundai factories as early as 2028 to support assembly processes.

• Figure AI, Inc. – Figure 02/03: The US startup with well-known investors (including Jeff Bezos, Microsoft, Nvidia) has  developed humanoid robots  with its Figure 02, which are already integrated into BMW production lines. The next generation (Figure 03) aims at adaptive learning and versatile interactions.

• XPeng – Iron: With Iron, the  Chinese EV manufacturer XPeng already uses  humanoid robots in its own production lines with more than 60 joints and considerable degrees of freedom.

• Neura Robotics & Schaeffler: Schaeffler is collaborating with Neura Robotics to develop cognitive humanoid components and wants to integrate thousands of such robots into its production processes.

• AgiBot: A highly dynamic Chinese robotics startup has already produced hundreds of humanoid units and set new records for autonomous running distances.

This list illustrates that behind humanoid robots today are no longer isolated research projects, but commercial roadmaps, manufacturing strategies and global capital allocation.

Productivity as a strategic driver: humanoid robots in the focus of competitiveness

"A crucial but often overlooked driver for the acceptance of humanoid robots in production is their ability to significantly increase productivity — where classic forms of automation reach their limits. According to an article in the trade magazine Maschinenmarkt, human-like robots can not only take on monotonous tasks, but also mitigate the structural consequences of the shortage of skilled workers by being used at existing assembly and logistics stations without having to rebuild the space or work organization."

"Experts such as Homayoon Kazerooni emphasize that humanoid robots represent an opportunity for greater efficiency and quality assurance, especially in manufacturing environments with high personnel pressure — even if there are mechanical and energy challenges. This productivity-oriented perspective should play a central role in strategic automation discussions in the future."

Market development: explosion of production and demand

Market research data shows a rapid growth of the humanoid robotics market:

• Installation growth: In 2025, about 16,000 humanoid robots were installed worldwide  – with the forecast  of reaching over 100,000 units cumulatively by 2027.

• Market value: Studies predict that the global market  will be worth over €34 billion by 2032, with an annual growth rate of nearly 30%.

• Production capacity: Manufacturers such as Tesla are planning production figures in the millions in the medium term, while Hyundai is already targeting 30,000 humanoid robots annually for industrial use.

From a quantitative perspective, it is clear that the humanoid robot market is moving away from niche applications and towards industrial economies of scale – with broad implications for logistics, manufacturing and beyond.

Fields of application: Where humanoid robots are already becoming reality

The first generation of commercial humanoid robots has concrete applications in several sectors:

1. Industry and Manufacturing

Humanoid robots are increasingly being used where flexibility and adaptability are required – especially where humans have so far used traditional industrial robots:

• Assembly assistance: Robots such as Atlas are prepared for repetitive assembly processes in automotive factories, such as Hyundai.

• Workshop help: BMW uses humanoid robots from Figure in assembly areas.

• Internal logistics handling: Companies are experimenting with robots that take over material handling, part sequencing or safety monitoring.

2. Logistics and goods handling

The use is also increasing beyond classic factory halls:

• Warehouse automation: Bipedal robots are used in picking, packing, and sorting, complementing traditional automated systems.

3. Customer interaction and service

Some companies are testing humanoid platforms for use in service environments – such as reception, assistance or simple interaction with customers – even if they are still in their early stages today.

Opportunities & Challenges – Polarizing Assessment

The growing assumption of responsibility by humanoid robots offers enormous opportunities – but also considerable risks:

Opportunities

Productivity boost: Humanoid robots can take over monotonous, dangerous or physically demanding tasks, freeing up human labor for complex, creative activities.

New value networks: Automotive manufacturers, mobility service providers and suppliers can develop new business models by using robotics as a platform for service ecosystems.

Risks

Labor market distortions: The integration of humanoid robots can disruptively change existing employment structures – not only in manufacturing, but also in service industries.

Technological imponderables: Despite great progress, the situational perception and adaptive decision-making ability of many humanoid systems lags behind human flexibility.

Cost & Complexity: Building production infrastructure, maintenance, and safe human-robot interactions requires significant investment and standardization work.

My clear assessment is therefore that the hype is real, but the real revolution is not in mechanical walking and gripping, but in the integration of AI-driven autonomy, scalability and usable applications that actually add value. This differentiation will decide which companies will survive and which projects will remain merely technological prestige.

Outlook – Where is the market headed?

The next five years will be decisive:

• Mass Production & Cost Parity: In 2027–2030, the market is expected to reach transitional areas where humanoid robots are not only mechanically available, but also economically viable in broader deployment.

• Human-robot collaboration: Robots will increasingly  act as team members and assistants in hybrid work environments – not just as autonomous machines.

• Certification & Safety: Regulatory standards and safety requirements will slow down or accelerate actual deployment, depending on how quickly standards are established.

• New business models: Service robots in logistics, maintenance, care and retail could quickly become billion-dollar segments.

  
  

Call to Action

Humanoid robotics is at the crossroads between pioneering technical work and economic relevance. Which development do you see as decisive? Will humanoid robots expand or replace existing working models? From your perspective, what opportunities and risks outweigh the risks in the mobility industry and beyond?

👉 Article based on current market analysis and industry news from January/February 2026. www.globenewswire.com, https://blog.robozaps.com https://www.maschinenmarkt.vogel.de