Weeding Robots
Weeding Robots are a key segment of agricultural automation tracked by MondayRobotics. There are currently 14 weeding robots in our directory from leading manufacturers, with prices ranging from budget-friendly to enterprise-scale solutions.
AI-powered weed detection and removal systems
14 robots in this category
What are Weeding Robots?
Weeding robots are autonomous agricultural machines that identify and eliminate weeds from crop fields using computer vision, AI, and precision targeting methods such as micro-spraying, laser zapping, or mechanical cultivation. They dramatically reduce herbicide use while improving weed control accuracy compared to broadcast spraying.
Key Benefits
- ✓Reduce herbicide use by 80-95% through targeted spot-spraying or non-chemical methods
- ✓Lower chemical costs by $20-60 per acre annually
- ✓Enable organic and regenerative farming with chemical-free weed removal
- ✓Improve crop yields by eliminating weed competition without crop damage
- ✓Reduce environmental impact by minimizing chemical runoff into waterways
Common Use Cases
- →Row crop weed management in corn, soybeans, cotton, and sugar beets
- →Organic vegetable production requiring chemical-free weed control
- →Specialty crop weeding in lettuce, onions, and carrots
- →Inter-row and intra-row weed removal in high-value crops
- →Herbicide-resistant weed management using non-chemical methods
Weeding Robots Comparison Table
Compare all 14 robots side-by-side
| Robot | Price Range | Status | Labor Reduction | Payback | Coverage |
|---|---|---|---|---|---|
| Verdant Robotics Sharpshooter | $250K - $400K | commercial | 75% | 20mo | 15-25 acres/day |
| SwarmFarm SwarmBot | $100K - $180K | commercial | — | 18mo | 200+ acres/day |
| Nexus LaserBot | $200K - $350K | commercial | 70% | 24mo | 10-15 acres/day |
| Blue River LettuceBot | $120K - $180K | commercial | 80% | 18mo | 20-30 acres/day |
| Naio Ted Vineyard Robot | $150K - $220K | commercial | 65% | 30mo | 8-12 acres/day |
| Ecorobotix SPOT Sprayer | $30K - $50K | commercial | — | 18mo | 10+ acres/day |
| Naio Dino | $130K - $180K | commercial | 60% | 30mo | 10-15 acres/day |
| Ecorobotix ARA | $100K - $150K | commercial | — | 24mo | 30 acres/day |
| Small Robot Company Tom | $50K - $80K | pilot | — | 36mo | 5-10 acres/day |
| XAG R150 Ground Robot | $20K - $35K | commercial | 40% | 12mo | 15 acres/day |
| Naio Oz | $30K - $45K | commercial | 50% | 18mo | 3-5 acres/day |
| John Deere See & Spray Ultimate | $80K - $120K | commercial | — | 18mo | 200+ acres/day |
| Carbon Robotics LaserWeeder | $750K - $1000K | commercial | 80% | 18mo | 15-20 acres/day |
| FarmWise Titan | $150K - $250K | commercial | 70% | 24mo | 15-20 acres/day |
Verdant Robotics Sharpshooter
The Verdant Sharpshooter is a multi-action robotic platform that combines AI-powered plant identification with precision micro-spraying, mechanical thinning, and targeted fertilization. Using millimeter-accurate computer vision running at 20 frames per second, it distinguishes crops from weeds and applies micro-doses of herbicide only where needed, reducing chemical use by up to 95%. The platform operates autonomously through crop rows at speeds up to 5 mph, handling lettuce, broccoli, cauliflower, and other specialty crops. Each Sharpshooter can cover 15-25 acres per day and integrates multiple farming operations into a single pass, saving both time and labor. Deployed across major California growing regions, it represents a breakthrough in multi-action autonomous farming.
SwarmFarm SwarmBot
The SwarmFarm SwarmBot is an autonomous weed management robot designed for Australian broadacre farming operations. These lightweight robots work individually or in coordinated swarms to perform targeted spot-spraying of weeds across vast grain and cotton fields. Using real-time AI weed detection cameras, each SwarmBot identifies weeds and applies micro-doses of herbicide only to weed targets, reducing chemical use by 80-90% compared to blanket spraying. The platform's open architecture allows farmers to customize tools and spray configurations for their specific crops and conditions. Commercially deployed across Queensland and New South Wales grain farms.
Nexus LaserBot
The Nexus LaserBot is a fully autonomous weeding robot that uses mechanical removal instead of chemicals or lasers, physically extracting weeds from vegetable crop rows. Using advanced deep learning vision running on edge processors, it identifies weeds at 99% accuracy and removes them with precision mechanical tools at speeds up to 3 mph. The robot is designed for organic farmers who need zero-chemical weed control without any soil disturbance or thermal damage to nearby crops. Weighing 2,000 lbs and powered by a diesel-electric hybrid system, it operates for 12+ hours per charge cycle. Commercially deployed in Quebec and expanding across North American organic vegetable operations.
Blue River LettuceBot
The LettuceBot by Blue River Technology (now part of John Deere) was one of the first commercially successful AI-powered agricultural robots. It uses machine learning vision to distinguish lettuce seedlings from weeds at thinning stage, automatically thinning excess plants and removing weeds in a single pass at speeds up to 4 mph. Processing over 5,000 individual plant decisions per minute, it achieves precision that matches or exceeds skilled hand-labor crews. The technology significantly reduces the need for manual hand-weeding crews while improving plant spacing uniformity, leading to more consistent head sizes and higher pack-out rates. Widely deployed across Arizona and California lettuce operations.
Naio Ted Vineyard Robot
Naio Ted is a fully autonomous vineyard weeding robot that straddles grape vine rows, performing mechanical weeding both between and under the vines. Standing 2 meters tall with adjustable width, it navigates autonomously through vineyard rows using RTK GPS and camera-based vine detection. Its intercep tools work the soil surface around vine trunks while its inter-row tools manage the row middles, all without any chemical inputs. The electric-powered Ted operates silently and emission-free, making it suitable for organic and biodynamic wine producers. Deployed across French, Spanish, and Italian vineyards, it has become a leading solution for Europe's growing organic viticulture sector.
Ecorobotix SPOT Sprayer
The Ecorobotix SPOT is a lightweight, solar-powered autonomous robot designed for ultra-precise spot spraying of weeds in pastures, meadows, and crop fields. Weighing just 130 kg, it roams fields autonomously using GPS navigation and solar panel power, identifying weeds with dual cameras and applying micro-doses of herbicide only to individual weed plants. This spot-treatment approach reduces herbicide use by up to 95% while covering 10+ acres per day. The SPOT is particularly valued by livestock farmers managing large pastures where manual weed control is impractical, and by farmers seeking to meet increasingly strict European pesticide reduction regulations. It operates fully autonomously, returning to charge stations when needed.
Naio Dino
The Naio Dino is a large-scale autonomous weeding robot designed for vegetable row crops including lettuce, carrots, onions, leeks, and cabbage. It combines RTK GPS positioning with camera-based vision to perform both inter-row and intra-row weeding with high precision, adapting its tools to different crop spacings. The fully electric robot operates quietly and emission-free, weighing around 800 kg and supporting multiple interchangeable tool configurations for hoeing, finger weeding, and harrowing. Developed by French agricultural robotics leader Naio Technologies, the Dino is already deployed on hundreds of farms across Europe and North America. Its adjustable working width of 1.5-1.8 meters makes it versatile enough for a wide range of vegetable production systems.
Ecorobotix ARA
The Ecorobotix ARA is a tractor-mounted precision spot-spraying system that uses AI-powered plant recognition to reduce herbicide use by up to 95%. With 16 high-resolution cameras and 156 individually controlled nozzles across a 6-meter working width, it identifies weeds at a resolution of just 4 cm² and applies micro-doses of herbicide only where needed. This ultra-targeted approach dramatically cuts chemical costs and environmental impact while maintaining effective weed control in sugar beets, rapeseed, cereals, and sunflowers. The ARA can cover approximately 30 acres per day and integrates seamlessly with standard three-point hitch tractors. Developed in Switzerland, it has been commercially deployed across European farms seeking to meet increasingly strict herbicide reduction regulations.
Small Robot Company Tom
Tom by Small Robot Company is a lightweight, autonomous per-plant farming robot designed specifically for wheat and cereal crop production. Weighing just 30 kg, it navigates fields at 2 km/h, mapping every individual plant at sub-centimeter resolution to build detailed digital field maps. These maps enable precision micro-spraying that targets only the weeds surrounding each crop plant, reducing chemical use by up to 90% compared to blanket spraying. The robot's small size and light weight means it causes virtually zero soil compaction, preserving soil structure and long-term field health. Developed in Salisbury, UK, Tom represents a fundamentally different approach to arable farming — treating each plant as an individual rather than managing fields as uniform blocks.
XAG R150 Ground Robot
The XAG R150 is an autonomous unmanned ground vehicle built for precision spraying, seeding, and crop surveying in orchards, vineyards, and vegetable fields. With a 150 kg payload capacity and a 120-liter tank, it can handle substantial workloads while its narrow 950mm width allows it to navigate tight row spacings that would be impassable for standard tractors. The R150 uses a combination of RTK GPS and visual sensors for autonomous navigation, following pre-programmed routes with centimeter-level precision. Its all-terrain chassis handles muddy fields, slopes, and uneven ground, making it suitable for a wide range of growing environments from flat rice paddies to terraced orchards. As part of XAG's integrated ecosystem, it can work in coordination with XAG drones to provide complete ground-and-air coverage of farm operations.
Naio Oz
The Naio Oz is a compact, fully electric autonomous weeding robot purpose-built for market gardens, small farms, and diversified vegetable operations. Weighing just 150 kg with adjustable row spacing, it is easy to transport and set up, making it accessible to farmers who may be new to agricultural robotics. The Oz performs mechanical weeding and hoeing between crop rows using interchangeable tools, delivering 100% chemical-free weed control for herbs, salads, vegetables, and flower crops. Its battery provides 3-4 hours of continuous operation, enough to cover 3-5 acres per day on a typical market garden schedule. Developed by Naio Technologies in France, the Oz has been embraced by hundreds of small-scale growers across Europe and North America as an affordable entry point into robotic farming.
John Deere See & Spray Ultimate
The John Deere See & Spray Ultimate is an AI-powered precision spraying system that uses 36 high-speed cameras to distinguish weeds from crops in real time, targeting only the weeds and reducing herbicide use by up to 77%. Mounted on a 120-foot boom, it processes images at incredible speeds while the sprayer travels at up to 12 mph, covering over 200 acres per day. The system's deep-learning AI has been trained on millions of images of crops and weeds, enabling it to make accurate spray-or-skip decisions for every square inch of field. This targeted approach not only saves farmers significant money on chemical inputs but also reduces the environmental impact of herbicide applications on surrounding ecosystems. See & Spray Ultimate is commercially available as a factory option on John Deere's latest sprayer models and has become one of the company's most in-demand precision agriculture technologies.
Carbon Robotics LaserWeeder
The Carbon Robotics LaserWeeder is a cutting-edge agricultural implement that uses 30 high-power CO2 lasers to eliminate weeds with millimeter precision, achieving a kill rate of 200,000 weeds per hour. The system is pulled behind a standard tractor and uses 12 high-resolution cameras paired with deep-learning AI to distinguish weeds from crops in real time, even at speeds up to 6 mph. Because it uses thermal energy rather than chemicals, it delivers 100% chemical-free weed control, making it ideal for both organic and conventional operations. The LaserWeeder can operate day and night, with its computer vision system performing equally well in darkness using its own lighting array. It has seen rapid commercial adoption across onion, carrot, broccoli, and cotton farms in the western United States.
FarmWise Titan
The FarmWise Titan is an autonomous weeding robot built specifically for specialty crop fields such as lettuce, broccoli, cauliflower, and celery. Using advanced AI-powered camera vision, it identifies individual plants and distinguishes crops from weeds in real time, then mechanically removes weeds without any chemical herbicides. The Titan navigates autonomously through crop rows at speeds of 1-3 mph, covering 15-20 acres per day with minimal human oversight. Its chemical-free approach has made it especially popular with organic growers and farms looking to reduce input costs by up to 90%. The robot has been commercially deployed across major growing regions in California's Salinas Valley and Arizona.
Frequently Asked Questions about Weeding Robots
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