Agricultural Robots: Why a USD 89.78 Billion Market Is Coming to Every Field
Executive summary. Farming has always adopted machines, from the tractor to the combine harvester. The next wave is different: machines that see, decide and act on their own. Spray drones, autonomous tractors, laser weeders, robotic milkers and harvest robots are moving from demonstration plots to commercial farms, driven by labour shortages, input costs and the need to farm with fewer chemicals. Strategic Revenue Insights estimates the global agricultural robots market at USD 14.50 billion in 2025, rising to USD 89.78 billion by 2035 at a 20.00 percent compound annual growth rate. Automation and precision agriculture, sustainable farming, AI and Internet of Things integration and expansion into emerging regions are driving it. This article sets out five lessons from the equipment makers, robot start-ups and growers moving first, with takeaways for strategy, product, operations, channels and revenue.
The structure of the market shows where value is building. Strategic Revenue Insights' Agricultural Robots Market research finds that unmanned aerial vehicles are the largest robot type, that software is the fastest growing offering, that outdoor field farming is the largest farming environment while indoor and greenhouse farming is growing rapidly, and that field farming tasks such as planting, weeding and harvesting are the largest application while soil and crop monitoring is growing rapidly. Asia Pacific is the fastest growing region. The research names the high cost of advanced robots for small and medium farms, the complexity of integrating new technology and potential regulatory change as challenges, and lists Deere and Company, CNH Industrial, AGCO, Kubota, Trimble, DJI, Lely, DeLaval, GEA Group and Naio Technologies among the key companies.
Start-ups are showing how robots reach ordinary farms. Carbon Robotics, maker of the LaserWeeder, released its second-generation machine in February 2025 and launched an Autonomous Tractor Kit in March 2025 that converts existing John Deere 6R and 8R tractors into autonomous machines without permanent modification. In October 2025 it raised USD 20 million, bringing its total funding to USD 177 million, according to GeekWire and company announcements.
Why the Agricultural Robots Market Is Entering a New Phase
Three structural forces are converging.
Farm labour is scarce and expensive. Seasonal workers are harder to find in most farming regions, and wages are rising. Robots that weed, spray, milk and harvest fill tasks that farms cannot staff.
Inputs must be used more precisely. Fertiliser, herbicide and water are costly and increasingly regulated. Robots that treat individual plants instead of whole fields cut input use. SRI's research names the push toward sustainable farming and reduced chemical use as a driver.
AI has given machines eyes. Computer vision, GPS guidance and onboard computing let robots tell crops from weeds and work through the night. SRI's research names AI and Internet of Things integration as a driver and identifies software as the fastest growing offering.
These forces explain SRI's forecast of rapid growth to 2035, with value concentrating in drones, autonomy software, weeding and Asia Pacific.
Five Lessons From the Companies Moving First
The equipment makers and robot companies turning these forces into advantage share a recognisable pattern. We have distilled it into five lessons, each followed by a takeaway for a specific leadership function.
Lesson 1: Sell Cost per Acre, Not Robots
Farmers buy on return. A robot is worth buying when it lowers the cost of weeding, spraying or harvesting an acre, or protects yield that would otherwise be lost. The companies moving first quote savings in labour hours, herbicide litres and yield, and they prove them in the farmer's own fields.
Spray drones, the largest robot type in SRI's research, scaled this way: they cut application cost and reached fields that tractors could not. That story is told in how agricultural drones are bringing spraying to scale.
"A farmer does not want a robot. A farmer wants the weeds gone before they cost a bushel."
Takeaway on strategy. Build the case on cost per acre, input savings and protected yield, and prove it with on-farm trials before asking for capital.
Lesson 2: Retrofit and Autonomy Kits Lower the Barrier
SRI's research lists the high cost of advanced robots as the main challenge for small and medium farms. Retrofit kits that make existing tractors autonomous, like Carbon Robotics' kit for John Deere tractors, let farmers keep machines they already own and finance.
Equipment majors are building autonomy into new machines, while start-ups target the installed base. Both approaches meet farmers where they are.
Takeaway on product. Offer autonomy as retrofit kits and software for existing fleets alongside new autonomous machines, and keep upfront cost within normal equipment budgets.
Lesson 3: Software and Data Are the Recurring Business
SRI's research identifies software as the fastest growing offering. Robots collect plant-level data on every pass: weed pressure, crop health, soil conditions and yield. That data feeds prescriptions for the next operation and creates a subscription business around the machine.
The companies moving first sell autonomy, analytics and fleet management by subscription, and integrate with the farm management systems growers already use. The same data-led model is described in why precision is becoming the only profitable acre in smart farming.
"The robot pays for itself in the field. The data it collects pays for the next ten seasons."
Takeaway on operations. Build software, analytics and fleet management into every robot, sell them by subscription and integrate with farm management platforms.
Lesson 4: Dealers and Service Decide Adoption
A robot that breaks down during the planting or harvest window costs a farmer far more than its price. Growers buy from dealers who can service machines quickly. SRI's research lists the complexity of integrating new technology, especially where technical support is limited, as a challenge.
The companies moving first work through equipment dealer networks, train technicians and provide remote diagnostics. Precision input products, such as those described in why biostimulants are moving into mainstream crop plans, depend on the same adviser and dealer trust.
Takeaway on channels. Sell and support robots through equipment dealers, train their technicians and provide remote monitoring so machines stay running in critical windows.
Lesson 5: Asia Pacific Grows Fastest, Dairy and Greenhouses Lead Indoors
SRI's research identifies Asia Pacific as the fastest growing region, where small plots, ageing farmers and government support have made spray drones common. Indoor and greenhouse farming is growing rapidly, and robotic milking from companies such as Lely and DeLaval has already transformed dairy in Europe and North America.
The capabilities that decide who captures this demand are specific:
A cost-per-acre case proven on the farmer's own fields.
Retrofit autonomy kits alongside new autonomous machines.
Software, analytics and fleet management sold by subscription.
Dealer networks, trained technicians and remote support.
Products adapted to small plots, greenhouses and dairy.
Companies evaluating these competitive dynamics in greater detail can use SRI's Agricultural Robots Market analysis to assess type, offering, farming environment and application segments and the positioning of the leading equipment makers.
Takeaway on market development. Prioritise Asia Pacific for drones and small-plot automation, and target greenhouse and dairy operations where robots already have a proven return.
Where the Opportunity Is Concentrating
Value is moving toward drones, software and plant-level automation.
By type, unmanned aerial vehicles are the largest segment.
By offering, software is the fastest growing.
By farming environment, outdoor field farming is the largest while indoor and greenhouse farming is growing rapidly.
By application, field farming tasks are the largest while soil and crop monitoring is growing rapidly, and by geography Asia Pacific is the fastest growing region.
At the Horizon: What to Watch Over the Next Three Years
Autonomy approvals. Rules for driverless tractors and drone spraying will decide how quickly robots operate without an operator nearby.
Robots as a service. Pay-per-acre models will show whether smaller farms can adopt robots without large capital outlays.
Equipment major moves. Acquisitions and autonomy launches by the large equipment makers will shape the competitive map.
"The next phase of agricultural robots will be measured in acres worked per season, not in prototypes shown at field days."
The Strategic Revenue Opportunity
For equipment makers, the task is to add autonomy and software to every machine. For robot start-ups, the opportunity is specific tasks such as weeding and harvesting. For growers, the priority is lower cost per acre and less dependence on seasonal labour. For investors, the signal is acres covered, subscription revenue and dealer reach.
Market intelligence turns these questions into decisions. Segment-level sizing shows where type and application demand is concentrating, competitive analysis shows how equipment makers are positioned, and regional analysis shows where labour and farm structure will pull growth first. This is the path from market signals to strategic insight to revenue impact.
Takeaway on revenue. Treat the agricultural robots market as four revenue pools: autonomous machines sold through dealers, retrofit kits sold to existing fleets, software and data sold by subscription, and robots as a service sold per acre. Each needs its own pricing model.
The Next Leg: Preparing for the Journey Ahead
The defining shift in agricultural robots is that they are moving from field trials to everyday farm equipment. That changes how they are sold, financed and supported. The companies moving first are not the ones with the most futuristic machines; they are the ones selling cost per acre, retrofitting autonomy, building software, working through dealers and adapting to each farming system.
The next three years will decide which suppliers become the default automation partners for farms. Decision-makers should invest in autonomy, software and service and track approvals, service models and equipment major moves. Companies evaluating growth opportunities in this market can use Strategic Revenue Insights' Agricultural Robots Market report to assess market size, competitive dynamics, regional opportunities and strategic growth priorities.
Sources: Strategic Revenue Insights, Agricultural Robots Market report (2026); Carbon Robotics and GeekWire reporting (2025).
Frequently Asked Questions
How big is the agricultural robots market?
Strategic Revenue Insights estimates the global agricultural robots market at USD 14.50 billion in 2025, rising to USD 89.78 billion by 2035 at a 20.00 percent compound annual growth rate. Unmanned aerial vehicles are the largest robot type, and Asia Pacific is the fastest growing region.
What is driving growth in agricultural robots?
The adoption of automation and precision agriculture to raise productivity, the push toward sustainable farming with fewer chemicals, the integration of AI and Internet of Things technology and expansion into emerging regions are the main drivers. Farm labour shortages are also pushing growers toward robots.
Which agricultural robot segments are growing fastest?
Software is the fastest growing offering, according to Strategic Revenue Insights, while unmanned aerial vehicles are the largest robot type. Indoor and greenhouse farming and soil and crop monitoring are growing rapidly, while outdoor field farming and field tasks remain the largest segments.
What are the main challenges for agricultural robots?
The main challenges are the high cost of advanced robots for small and medium-sized farms, the complexity of integrating new technology into existing farming practices where technical support is limited, and potential regulatory changes that could delay or restrict sales.
About the authors: This article was prepared by the Strategic Revenue Insights research team, which combines market intelligence, competitive analysis and strategic advisory for growth-stage, mid-market and enterprise organisations across the agriculture sector. Sector analyst: Sandeepa Kulkarni, Research Analyst. Our market estimates combine primary research (interviews, surveys and expert panels) with secondary data (industry reports, databases and public disclosures); read more about how Strategic Revenue Insights works. To discuss this market with our analysts, contact our team.
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