Monday, August 17, 2026
Robotics 2026: Can Europe still keep up with China?
DEPLOY
Global robotics has entered a new phase. Long confined to automotive assembly lines and highly automated industrial environments, robots are now making inroads into logistics, healthcare, cleaning, agriculture, and services. Another revolution is brewing in parallel: that of robots capable of perceiving their environment, learning, and acting thanks to artificial intelligence.
But behind this technological acceleration lies a major geographical imbalance: Asia, and particularly China, is taking a considerable lead over Europe.
For Robot Magazine, which follows the daily evolution of industrial and service robotics, 2026 could therefore constitute a pivotal year for European industry.
More than 500,000 industrial robots are installed each year.
The latest figures from the International Federation of Robotics (IFR) give a sense of the scale of the phenomenon.
In 2024, 542,000 new industrial robots were installed worldwide, more than double the number seen ten years earlier. The global fleet now stands at approximately 4.66 million industrial robots in operation.
But the distribution of these investments is particularly revealing: 74% of the new installations were made in Asia, compared to only 16% in Europe and 9% in the Americas.
The global center of gravity for industrial robotics has clearly shifted towards Asia.
China now represents 54% of the global market
China alone installed around 295,000 industrial robots in 2024, up 7%, representing 54% of global installations.
Even more impressively, the country now has more than 2 million industrial robots in operation. For the first time, Chinese manufacturers have also sold more robots in their domestic market than their foreign competitors. Their share of the Chinese market has reached 57%, compared to an average of around 28% over the previous decade.
This development therefore goes beyond the simple question of production cost.
China is simultaneously developing its manufacturing capabilities, domestic market, supply chain, and its own manufacturers. This provides it with a vast testing ground, allowing manufacturers to rapidly produce, test, and improve their technologies.
This ability to quickly move from prototype to mass production could become one of the main competitive advantages in the next generation of robots.
Europe retains a strong industry, but is slowing down.
Faced with this acceleration, the European figures are alarming.
In 2024, approximately 85,000 industrial robots were installed in Europe, a decrease of 8%. The European Union accounted for 67,800 of these. Germany remains by far the largest European market with nearly 27,000 installations.
The situation in France is more worrying.
With approximately 4,900 robots installed in 2024, representing a decrease of 24%, France has fallen behind Germany, Italy and Spain among the main European markets.
These figures should nevertheless be interpreted with caution: a year of decline does not mean that Europe is out of the running. The IFR also points out that 2024 is still the second-best year ever recorded in Europe in terms of the number of installations.
Europe still has industrial champions, a large network of integrators, excellent engineering skills and recognized expertise in advanced automation.
But the question then becomes one of speed.
After automation, the era of "Physical AI"
Because the next battle will probably no longer be solely about traditional industrial robots.
Generative artificial intelligence, computer vision, new sensors and learning models are beginning to converge with robotics.
AI is gradually leaving the screen to act in the physical world.
Autonomous AMRs in warehouses, cobots capable of adapting more to their environment, service robots and, tomorrow, versatile humanoids: the historical boundaries between software, artificial intelligence and robotics are becoming increasingly porous.
That's what Robot Magazine considered as one of the major changes to follow in the coming years: the robot is no longer just a machine programmed to repeat a task, but is gradually becoming a physical platform controlled by software and AI.
Robotics is coming out of the factories.
This transformation is already visible in service robotics.
Nearly 200,000 professional service robots were sold worldwide in 2024, representing a 9% increase. Logistics and transportation alone accounted for 102,900 units.
Another particularly interesting signal for manufacturers: fleets operated according to a Robot-as-a-Service (RaaS) model have increased by 31%.
This development could profoundly change the adoption of robotics. Instead of investing immediately in a machine, companies can gradually access robots through rental or subscription.
The robot is thus beginning to evolve from a heavy industrial investment to a service.
operational.
Europe must now turn its innovations into markets
Global competition will therefore not be solely about who invents the best robot.
It will depend on the ability to industrialize, produce on a large scale, integrate AI and quickly demonstrate a return on investment.
Europe still has many advantages. But faced with China, which now concentrates more than half of the world's installations, time becomes a strategic variable.
This is precisely the purpose of events like INNOROBO by SIDO: to bring together manufacturers, integrators, startups, researchers and industrial decision-makers in order to test technological innovations against real-world conditions.
For Robot Magazine, the question is therefore no longer whether robots will occupy an increasing place in the economy.
The real question for 2026 is now: where will the robots that will transform industry in the next decade be designed, produced and deployed?