Agriculture
From morning to evening. Cultivation, sowing, irrigation, weeding. Roboton Farmer works the field according to GPS, completes its tasks and returns to the charging station.
Roboton Farmer is an electric-powered robotic vehicle that handles the complete care of your fields.
From soil preparation to sowing, irrigation and weeding — all done autonomously, precisely and efficiently.
Easy to operate via app
Your farm keeps running, even when you're not in the field. The Roboton Farmer app gives you a clear overview of everything that matters — from sowing plans and scheduled tasks to the robot’s current status. Simply set what needs to be done and when, and Roboton Farmer takes care of the rest.
While the robot works autonomously in the field, you have more time to focus on decisions, planning or simply relaxing. The app clearly shows where the robot is, what it’s doing and how the work is progressing. No need to constantly check the field — everything you need is at your fingertips.
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Simple job planning and seeding plans in just a few clicks
Autonomous operation of the robot without constant control
Real-time overview of the entire farm in one place
The technology behind it
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Easy management of robots and fieldsIn the application, you can easily set up the actions of individual robots and plan their work according to the needs of a specific field. At the same time, you have an overview of their current location and condition
in real time, so you know what's happening on the farm right now.
Yield analysisAI tool allows you to predict
and evaluate the yield of individual crops and their combinations in the cultivation plans and thus optimize the overall management strategy.
Planning activitiesIn the morning, you open the app and set sowing for one field, irrigation for another, and weeding between rows where needed. Roboton takes over and works independently according to your plan.
Soil preparation
The robot analyzes soil structure using sensors and adjusts cultivation depth and intensity based on the crop type. Guided by GPS, it moves the rotary tool along precisely planned rows while automatically detecting obstacles. It continuously adapts its working force in real time to soil moisture and hardness.
Adjustable working depth 0-13 cm according to soil type
190 cm working width for efficient operation even in smaller fields
Automatic speed adjustment according to soil thickening
The technology behind it
Precision GNSS guidance with RTKRoboton Farmer plans parallel routes across the field, guiding the rotavator with centimeter-level accuracy.
Scope of work of the rotavatorAt a depth of 0—13 cm, the rotavator operates with continuously adjustable speeds. Allows you to optimize work according to the type of soil and crop.
- Tracked Chassis and Zero-Turn
Tracks evenly distribute weight, handle soft terrain and allow for zero-turn rotation without damaging the soil structure.
Sowing
Precision-guided sowing with centimeter-level accuracy. Roboton Farmer follows a programmed plan, using GPS guidance to maintain precise rows and spacing. No overlaps, no gaps — ensuring consistent emergence and a uniform crop.
Centimeter-level spacing accuracy (up to 1 cm) thanks to RTK GPS
1–11 seeding units based on the crop type
Adjustable seed size and seeding depth
The technology behind it
Vacuum-based seed meteringEach sowing unit operates with controlled vacuum, which grabs only one seed at a time. An optical sensor verifies its presence before release. The result is a 99.5% seeding success rate without doubling.
RTK GNSS navigation systemThe dual antenna receives corrections from the local RTK station. The system recalculates the position 10 times per second and keeps the accuracy to 1 cm. Thanks to this, Roboton Farmer will repeat exactly the same routes even after a few weeks.
Pneumatic downforce on the seeding unitA pneumatic downforce system maintains consistent pressure of the seeding disc on the soil, while a spring-loaded mechanism follows micro-terrain to ensure uniform seed depth regardless of surface irregularities.
Irrigation
Each plant receives exactly the amount of water it needs. Roboton Farmer analyzes soil moisture and crop condition, then delivers targeted irrigation to up to 11 rows at once. No water waste, no shortages — only efficient care where it’s needed most.
Tank capacity 1200 liters for long operating cycles
Precise applications in up to 11 rows at a time
Sensory measurement of soil moisture in real time
The technology behind it
Irrigation boom with nozzlesEleven independently controlled nozzles are mounted on an irrigation boom. Each nozzle can individually adjust the intensity and direction of the water flow to match the needs of each plant row.
Smart irrigation managementPowered by advanced computer vision and deep learning, the AI analyzes field conditions in real time and automatically delivers the right amount of water to each row.
Gravity-based irrigation systemA tank located high in the structure uses gravity as a source of pressure. Electronic valves with flow meters precisely control water delivery. The system monitors the water level and notifies you when it needs to be refilled.
Weeding
Roboton Farmer distinguishes weeds from crops with accuracy beyond human capability. A camera system analyzes each plant, while mechanical tools remove weeds directly at the root — eliminating the need for chemicals. The result? Cleaner fields and healthier crops.
Real-time weed AI recognition
1–11 metal blades, configurable as needed
Adjustable depth of cut for different types of weeds
The technology behind it
AI weed detection systemThe camera captures images at 30 frames per second. A neural network analyzes plant shape, color and size against crop data, making weed removal decisions in milliseconds with 98% accuracy.
Dynamic blade mechanismElectric drives control each blade independently. When a weed is detected, the blade shifts sideways within 0.2 seconds to remove it mechanically without damaging surrounding plants.
Adaptive work in rowsA transverse axis allows the tools to move laterally, enabling the robot to handle up to 11 rows in a single pass while continuously adapting to changes in row spacing and alignment.