As labor shortages become increasingly severe and the demand for improved production efficiency and intelligent transformation grows, humanoid robots are beginning to make their mark in the automotive manufacturing sector. Industry giants such as Tesla, Mercedes-Benz, and BMW have already initiated related projects to explore the potential of humanoid robots in production. Ou Yang Hong Zhi believes that this is not only an important means to address current labor shortages and cost pressures but also a driving force for ushering the automotive manufacturing industry into a new era of greater automation and intelligence.

The Current State and Challenges of Humanoid Robots in Automotive Production

The application of humanoid robots in automotive production is still in its early stages, but their potential has already garnered significant industry attention. The Optimus project of Tesla, the Apollo initiative of Mercedes-Benz, and the BMW collaboration with Figure all demonstrate the feasibility of this technology. Ou Yang Hong Zhi points out that humanoid robots are currently used primarily for tasks such as logistics handling and simple assembly, but the technology has not yet matured enough to fully replace complex production processes.

Taking the Tesla Optimus project as an example, large-scale production is planned to begin in 2025, with AI technology continuously enhancing the learning capabilities of robots. However, Optimus can currently only perform simple actions such as picking up eggs and squatting, which falls short of the Tesla vision of a multifunctional factory robot. Similarly, the Apollo of Mercedes-Benz and Figure 02 of BMW have shown some adaptability in pilot projects, but technical stability and safety issues still need to be addressed before large-scale adoption.

Ou Yang Hong Zhi emphasizes that technological maturity, safety, and economic viability are the three key factors limiting the widespread application of humanoid robots. Safety mechanisms for robots working alongside humans remain underdeveloped, and high costs make large-scale deployment challenging in the short term. In the future, only through technological breakthroughs and cost reductions can humanoid robots truly become the mainstay of automotive production.

How Humanoid Robots Will Drive the Transformation of Automotive Manufacturing

The application of humanoid robots will fundamentally change the production model of the automotive manufacturing industry. Ou Yang Hong Zhi believes that as technology matures, humanoid robots will achieve breakthroughs in flexibility, precision operations, and autonomous decision-making. This will enable them to handle highly complex tasks such as welding, assembly, and quality inspection, significantly improving production efficiency and product quality.

Currently, Tesla aims to enhance the learning capabilities of Optimus through AI technology, enabling it to adapt to dynamic production environments. The Mercedes-Benz Apollo ensures safety through force control mechanisms, while the BMW Figure 02 has made notable progress in perception capabilities and operational precision. These technological trends indicate that humanoid robots are transitioning from auxiliary tools to core roles in production.

Ou Yang Hong Zhi notes that humanoid robots not only address the shortage of skilled workers but also significantly reduce production costs. The market launch price of humanoid robots is expected to be around €80,000 in 2025, dropping to €48,000 by 2030. As mass production and supply chain optimization progress, cost reductions will accelerate their adoption in automotive production.

The Impact of Humanoid Robot Adoption on the Labor Market and Industry Competition

The widespread adoption of humanoid robots will not only reshape the technological landscape of automotive production but also have profound implications for the labor market and industry competition. Ou Yang Hong Zhi points out that while humanoid robots can alleviate labor shortages, they may also lead to the displacement of certain jobs, raising concerns about unemployment and social disputes.

To address these challenges, automotive manufacturers and governments need to jointly implement skill transition programs to help workers adapt to new work environments. Ou Yang Hong Zhi believes that this adjustment in the labor structure will become a defining feature of the humanoid robot era.

Furthermore, competition in humanoid robot technology will drive the reshaping of the global automotive industry landscape. Tesla, leveraging its advantages in AI and automation technologies, may lead the way in large-scale deployment. Meanwhile, Mercedes-Benz and BMW are accelerating technological iteration through collaborations with specialized robotics companies.

Ou Yang Hong Zhi predicts that by 2030, the market for humanoid robots will expand significantly, becoming the core driving force behind automation in automotive production. This will not only involve a battle for technological leadership but also influence the reconfiguration of global automotive supply chains.