Agricultural Robots Market

Agricultural robots earned their makers USD 7.45 billion in 2025, and the Agricultural Robots Market reaches USD 22.38 billion by 2035 at an 11.63% revenue compound annual growth rate (CAGR). Agricultural robots are farm machines that sense, decide and act on a field, barn or orchard task without a driver at the controls. The market covers spray and seeding drones, milking robots, barn and feeding robots, field weeding and harvesting robots, and autonomy retrofit kits, valued at the price farmers pay for the machine. Our receipt: 306,600 units at an average USD 24,296.2 each equals USD 7.45 billion in 2025. Europe sets the next compliance date, because Regulation (EU) 2023/1230 on machinery, adopted on 14 June 2023, applies from 20 January 2027 and names autonomous mobile machinery and safety functions run by learning artificial intelligence (AI). The study belongs to our precision agriculture coverage and follows the Douglas Insights research methodology.

How much does a farm pay for a milking robot, a spray drone or a laser weeder?

A farm pays about USD 200,000 for one milking robot box and USD 39,999 for a kitted DJI Agras T100 spray drone in the US. A field weeding or harvesting robot averages USD 208,700. Across all agricultural robots the 2025 average is USD 24,296.2, pulled down by cheap drones.

The University of Wisconsin dairy extension budgets 2 robots at USD 200,000 each for a 120-cow herd, plus USD 50,000 of barn retrofit, so one box serves 60 cows. That is a USD 450,000 decision for a mid-size family dairy. Drones sit at the other end. A US farmer pays USD 39,999 for a T100 bundle, while Chinese service teams buy smaller spray drones for a fraction of that, which is why the blended drone price sits near USD 15,500.

Douglas Insights puts the agricultural robot price leg at 1.37% a year, taking the average from USD 24,296.2 in 2025 to USD 27,837.7 by 2035. Mix drives it. Not inflation. Field robots and autonomy kits, each above USD 58,000, gain share, while drone makers keep cutting price per litre of tank. Gross price growth of 2.21% loses 0.84 points to that drone price war.

Which agricultural robot segment makes the money: spray drones, milking robots or field robots?

Spray and seeding drones make the most agricultural robot money, 58.6% of 2025 value or USD 4.37 billion, because 281,600 of them sold. Field weeding and harvesting robots grow fastest, at 22.18% a year, as computer vision lets one machine weed or pick without hand crews.

Spray and seeding drones hold USD 4.37 billion and reach USD 10.96 billion at 9.64%, below the market rate because unit prices keep falling. Milking robots carry USD 1.85 billion from 9,800 boxes and grow 8.36% to USD 4.14 billion, the slowest line, since dairy herds consolidate in steps tied to milk prices. Field weeding and harvesting robots account for USD 603.4 million and grow fastest, at 22.18% to USD 4.47 billion, as laser and camera weeding replaces herbicide passes and hand hoeing in vegetables. Barn and feeding robots make up USD 350.1 million and climb 12.94% to USD 1.18 billion, sold mostly to farms that already run a milking robot. Autonomy retrofit kits total USD 275.6 million and grow 19.47% to USD 1.63 billion, because a kit turns a tractor the farm already owns into a driverless one.

Why are agricultural robot unit sales rising 10.12% a year as farm wages and drone fleets climb?

Agricultural robot unit sales rise 10.12% a year, from 306,600 in 2025 to about 804,000 in 2035, because labour is scarce and dear, spray drones scale, dairies automate and specialty crops go driverless. Gross volume growth is 12.06% before two restraints remove 1.94 points.

Farm labour scarcity and wages

Labour cost adds 3.84 points of yearly agricultural robot volume. The US Department of Agriculture (USDA) Economic Research Service puts the average nonsupervisory farmworker wage at USD 18.13 an hour in 2024, with real farm wages up 1.9% a year over the prior decade. H-2A guest worker positions certified rose more than sevenfold, from just over 48,000 in fiscal 2005 to around 385,000 in fiscal 2024. A grower who must import workers on visas has a direct reason to buy a machine instead. Housing, transport and recruiting fees for each H-2A worker sit on top of the hourly wage, and Douglas Insights estimates they lift the true cost of a guest worker hour about 31.5% above the posted rate. Milking, weeding and fruit thinning are the tasks robots take first, because each repeats thousands of times a day in one place.

Spray drone fleets

Drone adoption adds 4.21 points, the largest driver. On 29 April 2026 DJI Agriculture reported more than 600,000 of its agricultural drones in use worldwide at the end of 2025, against 400,000 a year earlier, with more than 600,000 trained operators in over 100 countries and regions. A fleet that grows by 200,000 in a year needs replacements on top. Douglas Insights counts 281,600 spray and seeding drones sold in 2025, all brands, including units that replaced worn airframes. Drones also spread seed and fertiliser, not only spray. Volume follows.

Dairy automation and specialty crop autonomy

Dairy automation adds 2.17 points. Lely reported 2025 revenue of EUR 1.01 billion on 6 February 2026, up 18% from EUR 857 million, as high milk prices funded robot orders and four new products, including the Astronaut Max. Specialty crop autonomy adds the last 1.84 points: Deere completed its purchase of GUSS Automation on 27 August 2025, and GUSS sprayers have already covered 2.6 million acres in orchards and vineyards. In total, 3.84 from labour, 4.21 from drones, 2.17 from dairy and 1.84 from specialty crops make 12.06 points before restraints, and 10.12% after them. Labour sets the pace.

Which barriers slow agricultural robot purchases, from falling milk prices to drone spraying exemptions?

Two barriers remove 1.94 points of yearly agricultural robot volume growth: capital cost and farm income swings take 1.03 points, and certification and spraying rules take 0.91 points. Drone price competition also cuts 0.84 points from the price leg, leaving it at 1.37%.

Capital cost is the heavier drag at 1.03 points. A milking robot is a USD 200,000 bet on 15 years of milk prices, and Lely itself warned in its 2025 results that 2026 brings falling milk prices and geopolitical uncertainty. Douglas Insights estimates that a 10% fall in farm-gate milk prices delays about 6.8% of planned milking robot orders by a year. Row crop farms face the same arithmetic when grain prices are low.

Rules take 0.91 points. Every US drone spraying business needs an exemption petition filed at least 120 days ahead, a remote pilot certificate and an agricultural aircraft operator certificate under Federal Aviation Administration (FAA) Part 137. In Europe, autonomous field robots will need conformity work under the machinery regulation from 20 January 2027. Paperwork is slow. Very slow. Field robot makers with fewer than 200 staff feel it most, since each new model needs its own safety file.

Which companies build agricultural robots, from DJI and Lely to Deere’s GUSS sprayers?

DJI is the largest agricultural robot maker: Douglas Insights estimates it holds 42.8% of 2025 value from about 211,000 drones. With Lely at 11.8% and DeLaval at 5.8%, the top three hold about 60.4%, and dozens of field robot start-ups share what drones and dairies leave.

DJI’s share is our estimate: about 211,000 drones sold at an average USD 15,100 gives USD 3.19 billion. Lely’s EUR 1.01 billion converts to USD 1.15 billion at USD 1.13 per euro, and we count 77% of it as robot hardware, about USD 882 million. DeLaval’s EUR 1.43 billion of net sales, as its owner Tetra Laval reports them, include parlours and consumables, so we count 27% as robots, about USD 435 million.

Deere bought out its GUSS joint venture, and the 27 August 2025 release says more than 250 GUSS machines have run 500,000 autonomous hours, with one operator managing up to eight at once. AGCO holds 85% of PTx Trimble, its retrofit business with Trimble. Carbon Robotics sells the LaserWeeder G2 in widths from 6.6 to 60 feet and has weeded more than 250,000 acres. GEA will ship its new DairyRobot R9500 E100 from the end of March 2027. XAG is the second Chinese spray drone brand. Driverless tractors are covered in our Autonomous Tractors Market report.

Where do agricultural robots sell best, and which region grows fastest to 2035?

Asia Pacific buys the most agricultural robots, USD 3.08 billion in 2025 or 41.4% of value, almost all of it spray drones for China’s smallholder fields. Latin America grows fastest, at 14.71% a year to USD 2.13 billion, as Brazilian soybean, sugarcane and coffee growers switch from aircraft to drones.

Asia Pacific grows 12.78% to USD 10.26 billion, led by Chinese drone service teams. Europe holds USD 2.06 billion and grows 9.18% to USD 4.95 billion, the slowest region, since milking robots already sit on many northern European dairies. North America totals USD 1.56 billion and reaches USD 4.39 billion at 10.91%, the most balanced mix, with orchard sprayers and laser weeders in California and milking robots in Wisconsin. Latin America starts at USD 539.3 million. The Middle East and Africa holds USD 212.4 million and climbs 11.89% to USD 653.2 million, mostly drones for cotton and date palms. Kenya and Nigeria are the wildcard: drone spraying services priced per hectare would bring smallholders into the market without any farm buying a robot.

Which rules govern spray drones and autonomous field machines under FAA Part 137 and the EU Machinery Regulation?

Two rule sets decide where agricultural robots can work: FAA Part 137 for every US drone that sprays, and Regulation (EU) 2023/1230. The EU rule applies from 20 January 2027 to autonomous field and barn machines in all 27 member states, including AI safety functions.

In the US, a spray drone under 55 pounds flies under Part 107 with an exemption from section 107.36 and several Part 137 rules. Drones of 55 pounds or more need exemptions from Parts 61, 91 and 137 and an N-number registration. Every operator also needs an agricultural aircraft operator certificate.

The EU machinery regulation replaces the 2006 directive and covers autonomous mobile machinery, connected equipment and AI modules that run safety functions. A laser weeder that decides by camera where to fire falls inside that scope. Douglas Insights expects compliance work to add about 3.1% to the European cost of a field robot by 2028.

What if drone prices fall faster or milk prices crash: agricultural robot forecasts for 2035?

Our agricultural robot scenarios run from USD 15.58 billion to USD 30.56 billion in 2035 around a USD 22.38 billion base. The slower case cuts volume growth to 7.21% and price to 0.42%; the faster case lifts them to 12.86% and 2.04%.

The base case pairs 10.12% volume with 1.37% price. A milk price slump on top of strict EU conformity checks from 20 January 2027 gives the slower USD 15.58 billion. Faster drone fleet growth than the 200,000 units DJI added in 2025, plus laser weeders crossing into grain crops, gives the faster USD 30.56 billion. One extra point of yearly unit growth lifts 2035 to USD 24.50 billion; one point less leaves USD 20.43 billion, about USD 2.03 billion per point. Our 11.63% sits below the 14.23% to 26.1% band in published forecasts, because we value machines at farm-gate price and leave out guidance displays, software subscriptions and greenhouse systems.

How do farms acquire agricultural robots: dealer sales, direct sales or leasing and robotics-as-a-service?

Dealer sales move 61.4% of agricultural robot value in 2025, about USD 4.57 billion, because milking robots and drones need local service within hours. Direct sales take 27.3%, or USD 2.03 billion, and leasing and robotics-as-a-service take 11.3%, or USD 841.8 million.

Dealers win because a stopped milking robot means unmilked cows within a day. GUSS sprayers sell only through Deere dealers. Direct sales suit start-ups without a dealer network, such as many laser weeding and harvest robot makers. Douglas Insights projects leasing and robotics-as-a-service to reach 17.6% of agricultural robot value by 2035, as weeding robots are billed per acre.

Which farms buy agricultural robots first: dairy, row crop, orchards and vineyards, or greenhouse growers?

Row crop farms buy 44.9% of agricultural robot value in 2025, about USD 3.34 billion, mostly drones and autonomy kits. Dairy farms take 31.2%, or USD 2.32 billion, orchards and vineyards 14.6%, and greenhouse and specialty growers 9.3%, or USD 692.8 million.

Orchards and vineyards spend about USD 1.09 billion, the group where hand labour is scarcest and GUSS sprayers are built to work. Greenhouse robots are only partly counted here. Fully enclosed systems sit in our Commercial Greenhouse Automation Market study, and drone-only analysis sits in our Precision Agriculture Drones Market report.

How many labour hours does one agricultural robot replace on a dairy or in a vineyard?

One milking robot box replaces about 1,460 hours of milking labour a year on a 60-cow herd. At the USDA farm wage of USD 18.13 that is worth USD 26,469.8, so labour alone repays a USD 200,000 agricultural robot in about 7.6 years.

Those hours are a Douglas Insights estimate of 4 hours a day across 365 days. Orchard autonomy works differently: GUSS says one operator can run up to eight sprayers, which removes seven tractor drivers per shift. Payback there depends on acres, not cows. Big farms win first.

Douglas Exclusive: the Agricultural Robot Deployment Atlas

The Agricultural Robot Deployment Atlas is a Douglas Insights model built from 13 sourced inputs. They include the DJI fleet counts, the International Federation of Robotics (IFR) unit count, Lely and DeLaval revenue, GUSS deployments, USDA wages and two price points. The atlas spreads 2025 agricultural robot value across 25 cells, five regions by five robot types, so every row adds to its region and every column to its segment.

The atlas finds two different agricultural robot markets under one name. Europe is the only region where drones earn less than a quarter of robot value, 22.8%, while milking robots earn 53.9% there. North America holds 45.5% of all field robot value, USD 274.3 million, because California’s orchards and vegetable farms pay the most for hand labour. A supplier that sells one robot type faces one or two real regions, not five.

Which methodology ties 306,600 agricultural robots to USD 7.45 billion?

Our agricultural robot model multiplies 306,600 units by USD 24,296.2 to reach USD 7.45 billion in 2025. Volume grows 10.12% and price 1.37% a year, giving 11.63% and USD 22.38 billion in 2035 from about 804,000 units at USD 27,837.7.

We count 5 regions, 31 countries, 5 robot types and 13 sourced data points. Cross-check one: the IFR counted close to 19,500 agricultural robots sold in 2024, down 6%; our milking, barn and field robots total 20,300 in 2025, 4.1% above, which fits a modest recovery. Cross-check two: DJI’s fleet rose by 200,000 in 2025, and our 211,000 DJI units sold sit 5.5% above that net gain, the gap being replacements. Cross-check three: Lely and DeLaval robot revenue of about USD 1.32 billion equals 59.7% of our USD 2.21 billion for milking plus barn robots. Five regions and five segments reconcile to the global row in 2025 and 2035, with segment totals within 0.03% in 2035.

Sources

1. European Agency for Safety and Health at Work Regulation (EU) 2023/1230 on machinery (2025)
2. DJI DJI Agriculture global adoption report (2026)
3. Lely Lely reports 2025 financial results (2026)
4. GUSS Automation / John Deere John Deere acquires GUSS Automation (2025)
5. USDA Economic Research Service Farm labor (2025)
6. International Federation of Robotics Service robots see global growth boom (2025)
7. Tetra Laval DeLaval facts (2026)
8. US Federal Aviation Administration Dispensing chemicals and agricultural products with UAS (2026)