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Deep diveROBOTICS

Humanoid Robots Enter Factories: The Year of Mass Deployment in 2028

In 2028, cumulative deployments of Tesla Optimus, Figure 01, and domestic Star Dome robots exceeded 50,000 units. Factory assembly lines are no longer exclusively human territory, quietly reshaping the manufacturing landscape.

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2028 is being called the "Year of Mass Deployment for Humanoid Robots."

From Lab to Production Line

Tesla Optimus achieved a single-shift production capacity of over 2,000 units in Q1 2028, with cumulative deliveries exceeding 15,000 units—approximately 60% deployed within Tesla's two Gigafactories, and the remaining 40% serving external manufacturing clients. Figure AI's 01 robot focuses on logistics scenarios, handling sorting and handling tasks in select Amazon warehouses, replacing approximately 30% of manual labor.

Among domestic players, "Star Dome Robots" and "KuaFu-X" are the two most active. Star Dome has signed framework agreements with BYD and Foxconn, with combined deliveries expected to exceed 8,000 units in 2028. Its latest model's dual-hand precision operation capability has reached 85% of a skilled human worker's level, able to independently complete solder joint inspection and harness insertion in smartphone assembly.

The Cost Inflection Point Has Arrived

The fundamental driver of the humanoid robot explosion in 2028 is cost. Mainstream models' per-unit cost has dropped to the $30,000-$80,000 range. At 5-year depreciation, per-unit annual cost is approximately $6,000-$16,000, while the average annual cost of a Chinese manufacturing worker has exceeded $60,000. The ROI calculation clearly points to the rationality of "machine replacing human."

But "replacing humans" doesn't mean "zero humans." Currently, humanoid robots are primarily used for three task types: high-danger, high-repetition, and high-precision. Human workers haven't been completely replaced—they've shifted toward monitoring, exception handling, and process optimization.

Key Technical Bottlenecks

Despite significant progress, 2028 humanoid robots still have obvious shortcomings. The core problem is adaptability in complex terrain and open scenarios—while factories and assembly lines (structured environments) can be handled well, construction, agriculture, and other unstructured scenarios remain challenging. Additionally, success rates for complex hand operations (soft material handling, precision assembly) remain unstable, and maintenance costs are higher than expected.

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