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The FarmDroid FD20 is a Danish-designed autonomous robot that combines two jobs in one machine: it seeds crops with high-precision GPS placement, and then mechanically weeds between exactly those plants for the rest of the season. Because the FD20 records the GPS position of every seed it plants, its weeding tools can work with extraordinary confidence between and within the rows, removing weeds without needing camera systems to distinguish crop from weed. Four solar panels on the roof charge the batteries continuously, allowing the robot to operate for weeks unattended through the growing season, covering up to twenty hectares in a season depending on the crop. It handles more than forty crop types including sugar beet, onions, carrots, herbs and salads, making it one of the most versatile robotic platforms in specialty crop production. The all-electric, solar-fed design produces zero emissions and near-silent operation, and its light footprint protects soil structure. With hundreds of units working commercially across Europe, the FD20 has become the reference machine for farmers converting to organic or low-chemical production who need reliable, unattended mechanical weed control from sowing to harvest.
Organic conversion fails or succeeds on weed control, and the FD20’s plant-and-then-weed approach fits organic requirements perfectly. Because the robot knows exactly where every seed was placed, its mechanical tools clean between and around crop plants without any herbicides, satisfying certification standards from day one. The solar-powered autonomy means the machine keeps weeding through the entire season without demanding the scarce labour that defeats so many organic vegetable enterprises. Farms converting conventional acreage gain a proven, documented mechanical system that de-risks the transition period. With hundreds of units already working on organic holdings across Europe, the FD20 offers newcomers to organic production a mature technology rather than an experiment, backed by a community of experienced users.
Most robotic weeders need daily attention, but the FD20 was designed around a radically hands-off model. Its solar panels replenish the batteries through long summer days, so the robot keeps working in the field for weeks without returning to the yard. It weeds a little every day, visiting each section repeatedly, which means weeds are removed as tiny seedlings before they ever compete with the crop. This continuous approach is agronomically superior to occasional aggressive passes, and it is only possible because the machine never needs a driver. Farmers check status remotely and visit periodically, freeing the entire season’s weeding labour for other work. The result is a permanently clean field achieved with near-zero ongoing human time.
The FD20’s weeding precision rests on its seeding precision: every seed is placed at a recorded GPS position with exact spacing in the row. This creates crops with remarkably uniform stands, where every plant emerges exactly where expected, which simplifies every subsequent operation from weeding to harvest. Uniform spacing eliminates the gaps and doubles that force manual thinning in crops like sugar beet, and it gives every plant equal access to light, water and nutrients, improving size uniformity at harvest. For high-value crops sold on specification, that uniformity converts directly into grade-out and price. The seeding pass also sets up the season’s data foundation, with complete records of what was planted, where and when, for traceability and planning.
Delicate, high-value crops such as herbs, baby leaf salads and specialty vegetables are exactly where chemical options are most restricted and hand-weeding costs most painful. The FD20 handles more than forty crop types, including these demanding categories, weeding gently around fragile plants that would not tolerate aggressive machinery. Its light weight suits the soft, intensively prepared beds these crops grow in, and silent solar operation allows work beside farm shops and near neighbours without disturbance. For producers supplying premium retail and restaurant markets where cosmetic quality and residue-free credentials command the price, robotic mechanical weeding protects both the crop and the brand story. One unit serves the whole diverse crop plan of a modern market garden operation.
How does it weed without cameras?
The FD20 records the precise GPS position of every seed during planting. Because it knows exactly where the crop plants are, its mechanical tools weed confidently between and around them without camera-based plant recognition.
What powers the FD20?
Four solar panels on the roof charge the robot’s batteries continuously during the season, allowing the machine to operate unattended in the field for weeks with zero fuel costs and zero emissions.
Which crops can it handle?
The FD20 works with more than forty crop types, including sugar beet, onions, carrots, herbs, salads and many other row and bed crops. Seed placement and weeding tools are configured per crop.
How much land can one robot cover?
A single FD20 covers up to approximately twenty hectares per season, depending on crop type, row spacing and field layout. Its continuous weeding strategy keeps the whole area clean across the season.
Is it suitable for organic certification?
Yes, entirely. The FD20 provides fully mechanical, chemical-free weeding from sowing onward, satisfying organic standards. Hundreds of units operate on certified organic farms across Europe.
Does it need daily supervision?
No, unattended operation is its defining feature. The robot weeds autonomously day after day on solar power, with the farmer monitoring status remotely and periodic visits for checks through the season.
How precise is the seeding?
Seeding uses RTK GPS guidance with exact seed spacing recorded per plant, producing uniform stands with known plant positions that enable confident mechanical weeding close to crop rows.
What is the environmental impact?
The FD20 is all-electric and solar-charged, producing zero operating emissions and near-silent running. Its light weight minimises soil compaction, and eliminating herbicides protects soil biology.
All the essential technical documentation to help you understand, assemble, and operate your robot step by step.
Development resources, APIs, and SDKs to extend functionalities or integrate the robot with other platforms.
Answers to the most common questions about installation, operation, repairs, replacement, compatibility, and more.
Tutorials and visual guides for setup, daily use, maintenance, and troubleshooting.
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Practical applications, client success stories, and recommended configurations.










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