The North American robotics market has been navigating a period of considerable turbulence, shaped by shifting economic conditions and evolving policy landscapes. For industry observers tracking automation adoption, the quarterly data releases from the Association for Advancing Automation (A3) have become a critical barometer for understanding the health and direction of the sector. The latest figures paint a picture of a market that is not merely recovering but is undergoing a structural transformation in its demand profile.
Data from the second quarter of 2026 reveals that North American companies ordered 8,940 robots, valued at $622 million. This represents a 4.3 percent increase in unit volume and a more substantial 21.3 percent increase in revenue when compared against the same period in 2025. The revenue growth outpacing unit growth is a notable signal, suggesting that the mix of robots being ordered is shifting toward higher-value systems or that pricing dynamics are evolving in response to technological sophistication and integration complexity.
This performance follows a similarly positive trajectory established in the third quarter of 2025. During that period, A3 recorded 8,806 robots ordered, with a total value of $574 million. That quarter saw an 11.6 percent increase in units and a 17.2 percent rise in revenue year-over-year. Taken together, these consecutive quarters of growth indicate that the demand slump that characterized earlier periods may be firmly in the rearview mirror, replaced by a more confident investment climate.
The context for this growth is important. As Alex Shikany, executive vice president at A3, noted, the market has endured a substantial amount of economic and policy uncertainty throughout the year. This has created a challenging environment for capital investment, as companies have had to weigh the long-term benefits of automation against immediate balance-sheet pressures. Yet, the data suggests that many organizations are looking past the short-term volatility and committing to automation as a strategic imperative.
The broadening of demand across industries is perhaps the most significant contextual development. While automotive has historically been the engine of robot adoption, the current cycle is characterized by growth in a wider array of sectors. This diversification is a sign of maturity in the market, indicating that automation is no longer the exclusive domain of large-scale vehicle manufacturers but is becoming a tool for productivity enhancement across the industrial spectrum.
For European operators, these North American trends carry significant implications. The transatlantic robotics market is deeply interconnected, with many of the same global suppliers, integrators, and technology platforms operating on both sides of the Atlantic. Understanding the demand patterns in North America can provide valuable foresight into what European markets might experience in subsequent quarters, as technology adoption cycles often follow similar trajectories with a time lag.
Key findings
The headline figures from the second quarter of 2026 are compelling, but the granular data reveals where the real growth is occurring. The food and consumer goods sector stands out as a remarkable performer, with orders jumping 105 percent year-over-year. This doubling of demand is not an isolated incident; the same sector also experienced a 105 percent increase in the third quarter of 2025, according to A3 data. This consistency suggests that the food and beverage industry has reached an inflection point in its automation journey, likely driven by labor shortages, food safety requirements, and the need for greater operational flexibility in response to changing consumer preferences.
The automotive original equipment manufacturer (OEM) segment also demonstrated robust growth, with orders rising 68 percent in the third quarter of 2025. This resurgence in automotive demand is particularly noteworthy given the sector's cyclical nature and its sensitivity to broader economic conditions. The fact that automotive OEMs are returning to the market with significant order volumes indicates that the industry is investing in retooling and capacity expansion, possibly in preparation for new vehicle platforms and electrification initiatives.
Another critical finding relates to the increasing penetration of collaborative robots, or cobots. A3 began officially reporting collaborative robot volumes in 2025, providing the industry with its first standardized view of this emerging segment. In the third quarter of 2025, companies ordered 1,174 cobots valued at $42 million. These figures represented 13.3 percent of total units and 7.2 percent of total revenue for that quarter. For the first nine months of 2025, the cumulative figures were even more impressive: 4,259 cobot units valued at $156 million, accounting for 16.1 percent of units and 9.4 percent of total revenue.
The adoption of collaborative robots is not uniform across industries. The data reveals that certain sectors are embracing this technology far more aggressively than others. In the first half of 2026, collaborative robots accounted for 43.7 percent of robot orders in the Life Sciences, Pharma, and Biomedical sectors. Similarly, the Semiconductor and Electronics/Photonics sector saw cobots represent 36.5 percent of orders during the same period. These figures suggest that in precision-driven, clean-room, and human-centric environments, the collaborative form factor is becoming the preferred choice over traditional industrial robots.
The revenue-per-unit metrics provide additional insight into market dynamics. In the second quarter of 2026, the average value per robot ordered was approximately $69,574, calculated from the $622 million total revenue divided by 8,940 units. This represents a notable increase from the third quarter of 2025, where the average was approximately $65,183 ($574 million divided by 8,806 units). This upward trend in average unit value could indicate a shift toward more capable, sensor-rich, and software-integrated robotic systems.
The growth in revenue outpacing unit growth is a persistent theme across both reporting periods. In Q3 2025, revenue grew 17.2 percent while units grew 11.6 percent. In Q2 2026, revenue grew 21.3 percent while units grew only 4.3 percent. This widening gap suggests that the market is not just buying more robots but is buying more sophisticated and expensive ones. This could be driven by demand for higher payload capacities, greater precision, advanced vision systems, or integrated artificial intelligence capabilities.
The semiconductor and electronics sector, along with metals and life sciences, also contributed to the growth in the second quarter of 2026, according to A3 data. While specific percentage figures for these sectors in Q2 2026 are not disclosed in the available source material, their inclusion in the growth list indicates a broad-based expansion rather than a narrow rally in a single industry.
What it means for European operators
For European automation buyers, integrators, and manufacturers, the North American data offers several strategic insights that warrant careful consideration. The first and most obvious takeaway is that the robotics market is in a growth phase, and this momentum is likely to have spillover effects across the Atlantic. Many of the leading robotics manufacturers are global enterprises with production and distribution networks spanning both continents. Strong demand in North America can lead to supply chain prioritization that might affect lead times and availability in Europe, although specific delivery timelines are not disclosed in the source material.
The remarkable growth in the food and consumer goods sector should prompt European operators in this industry to evaluate their own automation strategies. The 105 percent year-over-year increase in North America suggests that this sector has identified compelling use cases for robotics that are likely transferable to European operations. Labor costs, regulatory pressures, and the need for traceability are common challenges across both regions. European food and consumer goods companies that have been hesitant to invest in automation may find that their North American counterparts are gaining a competitive advantage through increased productivity and consistency.
The resurgence of automotive OEM orders is another signal with direct relevance to Europe. The European automotive industry is undergoing its own transformation, driven by electrification mandates and the need to compete with new market entrants. The 68 percent increase in North American automotive OEM orders suggests that major manufacturers are committing capital to robotics at a significant scale. European suppliers to the automotive industry should anticipate similar investment cycles and position themselves to meet the resulting demand for automation solutions.
The collaborative robot data is perhaps the most strategically significant for European operators. The high penetration rates in Life Sciences and Semiconductor/Electronics sectors—43.7 percent and 36.5 percent respectively—indicate that cobots are no longer niche products but are becoming the dominant form factor in certain applications. European companies operating in these sectors should examine their automation roadmaps to determine whether they are aligned with this trend. The flexibility, ease of deployment, and safety characteristics of cobots make them particularly well-suited for the high-mix, low-volume production environments that are common in European manufacturing.
The fact that collaborative robots accounted for 16.1 percent of total units in the first nine months of 2025, but only 9.4 percent of total revenue, highlights an important economic consideration. Cobots are generally less expensive than their industrial counterparts, which makes them accessible to a broader range of companies, including small and medium-sized enterprises. For European operators, this democratization of automation is a significant opportunity. The lower entry cost means that automation is no longer the exclusive domain of large corporations but is within reach for smaller manufacturers seeking to improve their competitiveness.
The trend of revenue growth outpacing unit growth carries implications for total cost of ownership considerations. If the market is shifting toward higher-value robotic systems, European operators need to ensure that their investment justifications account for the full value proposition. This includes not just the initial purchase price but also the potential for greater throughput, improved quality, and enhanced flexibility that more advanced systems can deliver. The source material does not disclose specific pricing structures or total cost of ownership data, so European operators should conduct their own detailed analyses based on their specific requirements.
The policy and economic uncertainty that A3's Shikany referenced is not unique to North America. European operators have faced their own challenges, including energy price volatility, supply chain disruptions, and evolving regulatory frameworks. However, the North American data suggests that despite these headwinds, companies are finding ways to move forward with automation investments. This resilience is a positive signal for the European market, indicating that automation projects can be successfully advanced even in uncertain times.
For European operators considering automation investments, the North American experience offers a useful benchmark. The sustained interest from companies across the region, as noted by Shikany, suggests that automation is increasingly viewed as a long-term strategy rather than a short-term fix. This perspective is likely to resonate with European companies that are facing similar pressures to improve productivity, address labor shortages, and enhance their competitive positioning in global markets.
The data also underscores the importance of sector-specific automation strategies. The fact that food and consumer goods, automotive OEMs, and life sciences are leading the adoption curve suggests that these sectors have identified clear, measurable returns on their automation investments. European operators in these sectors should closely study the applications and use cases that are driving adoption in North America to inform their own investment decisions.
It is worth noting that the source material does not disclose specific information about European market conditions, and direct comparisons between the two regions should be made with caution. Market dynamics, labor costs, regulatory environments, and industrial structures differ significantly between North America and Europe. However, the underlying technological trends and the strategic rationale for automation are largely universal.
The collaborative robot data, in particular, points to a future where human-robot collaboration becomes the norm rather than the exception. European operators that embrace this trend early may be better positioned to attract and retain skilled workers, as cobots can handle repetitive, ergonomically challenging tasks while humans focus on higher-value activities that require judgment and dexterity.
The growth in average robot value also suggests that the industry is moving toward more integrated solutions that combine hardware with sophisticated software, vision systems, and artificial intelligence capabilities. European operators should consider whether their technical teams have the skills and capabilities to deploy and maintain these advanced systems, or whether they need to invest in training and development.
Finally, the North American data serves as a reminder that the robotics industry is cyclical but fundamentally growth-oriented. The challenges of economic uncertainty and policy volatility are real, but they have not derailed the long-term trajectory of automation adoption. For European operators, the message is clear: those who invest strategically in automation, with a focus on the right applications and technologies for their specific sectors, are likely to emerge as leaders in their respective markets.
The available source material does not provide specific forecasts for future quarters, and it would be inappropriate to speculate on what the next reporting periods might bring. However, the consistency of growth across multiple quarters, combined with the broadening of demand across industries, suggests a market that is on solid footing. European operators would be well-advised to monitor future A3 data releases for continued signs of strength and to use this information to inform their own strategic planning.
Sources
Published by Vigla Media OÜ (Estonia).