Robotics Market Statistics (2026)

Robotics is no longer a factory-floor niche. Counting industrial arms, service robots, and the emerging humanoid category, the global robotics market was worth roughly $90 billion in 2024 and is forecast to more than double to about $205 billion by 2030, a 15% annual growth rate per GlobalData (see the table below).

Estimates vary a lot by firm and methodology, so treat any single market-size number as an approximation. What is not in dispute is direction: every major segment, industrial, service, consumer, and humanoid, is expanding, driven by labor shortages, cheaper hardware, and rapid gains in AI.

Factories installed about 542,000 new industrial robots in 2024, the second-highest annual total in history and just 2% below the all-time peak set in 2022, according to the IFR World Robotics 2025 report. It was the fourth straight year above 500,000 units (see the chart below).

Demand has doubled over ten years: annual installations were near 250,000 in the mid-2010s. The IFR projects roughly 575,000 installations in 2025 (+6%) and expects the market to exceed 700,000 units a year before the end of the decade.

One country now defines the industrial-robot market. China installed 295,000 robots in 2024, a record and about 54% of the global total, more than the rest of the world combined (see the table below). For the first time, Chinese robot makers outsold foreign brands in their home market, taking a 57% domestic share, up from roughly 28% a decade ago.

The next tier is far behind: Japan installed 44,500 units, the United States 34,200, South Korea 30,600, and Germany 26,982. Notably, most large markets outside China and India shrank in 2024, so China accounts for essentially all of the industry's net growth.

Installations are a flow; the more telling number is the stock. The worldwide operational fleet of industrial robots reached about 4.66 million units in 2024, up 9% year over year and roughly double the level of a decade earlier, per the IFR.

China holds more than 2 million of those robots, Japan about 450,500. Because robots keep working for years after they are installed, the fleet grows even in years when new sales dip, which is why the installed base keeps compounding while annual installations plateau.

Raw counts favor big countries, so the IFR tracks robot density: robots per 10,000 manufacturing workers. The global average hit 132 in 2024 and has doubled in just seven years. South Korea leads the world by a wide margin at 1,220, followed by Singapore at 818 (see the chart and table below).

Regionally, Western Europe reached a record 267 robots per 10,000 workers, ahead of North America at 204 and Asia at 131. The United States ranks 8th worldwide at 307. China, despite its enormous fleet, sits at 166 (22nd) because its manufacturing workforce is so large, though that figure is climbing 17% a year.

For the first time, electronics passed autos as the top robot-buying sector. The electrical and electronics industry installed about 129,000 units in 2024 (+2%), edging out automotive at roughly 126,000 (-7%), which had led the market for decades (see the table below).

Growth was strongest in newer adopters: metal and machinery and plastics and chemicals each rose 18%, and the food and beverage industry jumped 42%. That broadening beyond cars and chips is a sign robots are becoming general-purpose tools rather than automotive-line specialists.

Cobots, lighter robots designed to work safely alongside people, are the fastest-shifting slice of the industrial market. More than 64,500 cobots sold in 2024, up 13%, giving them nearly a 12% share of all new installations.

That share has climbed steadily from just 2.8% in 2017, when only 11,100 cobots sold. Cobots lower the cost and complexity of automation for smaller manufacturers, which is why they are growing faster than the traditional caged-robot market they sit inside.

Outside the factory, service robots are the larger and faster-growing opportunity. Nearly 200,000 professional service robots sold in 2024, up 9%, and by revenue the service-robot market (about $65 billion) is already bigger than the industrial one (see the chart and table below).

Transport and logistics dominate at 102,900 units (+14%), think warehouse mobile robots. Hospitality robots came second at over 42,000 (down 11%), and professional cleaning robots jumped 34% to more than 25,000. The robot-as-a-service model, renting robots rather than buying them, grew 31%.

The largest robot market by unit count is the one in your living room. About 20 million consumer service robots sold in 2024, up 11%, dominated by robot vacuums and robotic lawn mowers, per the IFR.

Growth was regionally lopsided: consumer-robot sales rose 16% in both Europe and Asia-Pacific but slipped 1% in the Americas. Domestic robots remain the clearest example of automation that ordinary households already pay for, long before humanoids arrive.

The fastest-growing professional category is healthcare. Medical robot sales jumped 91% in 2024 to about 16,700 units, driven by an aging population and hospital staff shortages, according to the IFR.

Within that, non-invasive therapy and rehabilitation robots more than doubled (+106%), surgical robots grew 41%, and diagnostics and lab-analysis robots exploded off a small base (+610%). Healthcare is emerging as a durable demand center precisely because its labor pressures are structural, not cyclical.

Humanoids are the most-hyped and most-uncertain corner of robotics. Goldman Sachs raised its 2035 market forecast more than sixfold to $38 billion (about 1.4 million units), citing surprising AI progress and a projected 40% drop in materials cost (see the table below). Morgan Stanley is far bolder, projecting up to $5 trillion and nearly 1 billion units by 2050.

Reality in 2025 is small: roughly 13,000 humanoids shipped, Tesla has produced over 50,000 Optimus units cumulatively and targets 50,000 a year, and Figure AI reports 10,000-plus deployments. Analyst 2035 forecasts range from about $9 billion to $251 billion, so treat these as scenarios, not predictions.

The clearest proof of scale is Amazon. In mid-2025 the company deployed its one-millionth warehouse robot, up from just 1,000 in 2013, against a human workforce of about 1.56 million, meaning it now has nearly as many robots as workers.

Amazon runs autonomous mobile robots like Proteus and picking arms like Sparrow, and has piloted humanoid systems from Agility and Figure. Logistics giants including DHL, UPS, and FedEx run large autonomous fleets too, which is why transport and logistics leads professional robot sales.

Robotics has become a geopolitical contest as much as an industrial one. The US installs roughly one factory robot for every five China installs, and China's push to build its own robot supply chain (now 57% domestic share) mirrors the playbook it used to dominate electric vehicles.

For the US, robot density of 307 per 10,000 workers is respectable (8th globally) but trails Korea, Singapore, and much of Western Europe. Analysts increasingly frame humanoids and industrial automation as the next front in US-China technology competition, with China leading early humanoid development.

Robotics is a genuine multi-decade growth theme, but it is broad and cyclical, so a diversified approach matters. Thematic ETFs exist: ROBO (the legacy automation fund since 2013, up about 216% over ten years), BOTZ, and the newer humanoid-focused KOID, launched in June 2025. Note these funds hold everything from chipmakers to robot makers, so their exposure is indirect.

The near-certain part of the story is industrial and service robots, where installations, fleets, and revenue are already compounding. The humanoid part is a genuine option: potentially enormous, but with forecasts spanning $9 billion to $251 billion for 2035, it is speculative. Sizing any single bet accordingly, and pairing it with the picks-and-shovels suppliers, is the more durable way to invest in the theme. This is descriptive information, not investment advice.