United States Surpassed Japan as Robotics Market in 2025
Automation investments and labor shortages shifted the global robotics landscape, signaling a realignment in industrial capacity.
Updated on Sept. 24, 2026 in Robotics
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In 2025, the United States ascended to become the second-largest global robotics market after installing nearly 38,500 new units. This shift reflects broader trends in labor shortages and reshoring initiatives that have fundamentally reshaped international demand.
Why it matters
The rise of the U.S. as a robotics hub highlights how resilient supply chain strategies and automation investments are becoming the primary drivers of industrial competitiveness. As regional markets fluctuate, the focus has shifted toward high-tech manufacturing capacity in North America and emerging economies.
Global installations are projected to reach 655,000 units in 2026, rising to 806,000 by 2029. These deployment levels are bolstered by advancements in machine vision, artificial intelligence, and sensing technologies that have significantly reduced the cost of integration.
The details
Robotic deployment is scaling as software-defined systems become more accessible and efficient. Advances in machine vision—technology that allows robots to identify and track objects—and artificial intelligence have lowered the cost of entry for factories. These improvements enable more precise sensing, allowing robots to perform tasks that were previously difficult to automate, while investments from Chinese manufacturers have specifically catalyzed growth in regions like Brazil.
Timeline
2025 marked the year the United States surpassed Japan to become the world's second-largest robotics market.
655,000 units are projected for global robot installations in 2026.
806,000 global robot installations are forecasted for 2029.
The Tech Race
The 2025 rankings represent a pivot from the long-standing dominance of Japanese industrial robotics manufacturing. This transition signals that the competitive frontier is no longer confined to traditional manufacturing powerhouses, but is expanding into a global race for automated supply chain resilience.
This transition indicates that domestic manufacturing workflows are increasingly relying on automated systems to mitigate labor shortages. Companies and developers should expect higher integration of AI-driven vision systems in local facilities as capital expenditure in this sector continues to climb.
The takeaway
The rapid growth in robot installations across the U.S., Canada, and Brazil points toward a more decentralized global manufacturing base. Watch the 2026 and 2029 installation benchmarks to see if the current pace of growth sustains or if regional supply chain efforts undergo further realignment.
Further reading
For a broader view of the industry, explore our Robotics section.
Source note: This article includes information reported by Vision Systems Design.
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