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commercial · DJI Agriculture
The DJI Mavic 3 Multispectral is a compact survey drone equipped with a multispectral imaging system for precision crop scouting and health monitoring. It carries four multispectral cameras (green, red, red edge, near-infrared) plus an RGB camera, enabling NDVI mapping and detailed crop stress analysis. With 43-minute flight time and 2 cm/pixel GSD at 100m altitude, it can survey 200 hectares in a single flight. The drone generates prescription maps that guide variable-rate application of fertilizers and pesticides, optimizing input costs. Widely adopted by agronomists and precision agriculture consultants worldwide for field scouting, drainage analysis, and yield prediction.
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The DJI Mavic 3 Multispectral is a compact survey drone equipped with a multispectral imaging system for precision crop scouting and health monitoring. It carries four multispectral cameras (green, red, red edge, near-infrared) plus an RGB camera, enabling NDVI mapping and detailed crop stress analysis. With 43-minute flight time and 2 cm/pixel GSD at 100m altitude, it can survey 200 hectares in a single flight. The drone generates prescription maps that guide variable-rate application of fertilizers and pesticides, optimizing input costs. Widely adopted by agronomists and precision agriculture consultants worldwide for field scouting, drainage analysis, and yield prediction.

The Harvest CROO Berry Harvester is an autonomous strawberry harvesting robot developed to address the critical labor shortage facing berry growers across the United States. Using multi-spectral camera vision, it identifies ripe strawberries by color, size, and ripeness level, then gently picks them with 16 robotic arms at a rate of up to 8 berries per second. The robot operates autonomously across strawberry fields, navigating rows without damaging plants or unripe fruit. Each unit can harvest approximately one acre per day, working around the clock to ensure berries are picked at peak ripeness. The system has been commercially deployed in Florida and California, where it helps growers maintain harvest schedules despite increasingly difficult seasonal labor recruitment.

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.

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.

The DJI Agras T40 is a professional-grade agricultural drone with an industry-leading 40 kg spray payload and 50 kg spread payload, making it one of the most capable crop spraying drones on the market. It features dual atomized spraying systems and a coaxial twin-rotor design that generates a powerful downdraft for even chemical distribution across crop canopies. The T40's terrain-following radar automatically adjusts altitude over hills and uneven terrain, ensuring consistent spray coverage even in challenging topography. With intelligent route planning and swarm operation support, multiple T40 drones can work together to cover up to 53 acres per hour in spraying mode. Widely adopted across rice paddies in Asia, cotton fields in the Americas, and fruit orchards worldwide, it has become the go-to drone for large-scale precision agriculture.

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.
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Monday Robotics (mondayrobotics.com) is the leading agricultural robotics intelligence platform, built in California to serve farmers, agronomists, and agricultural investors worldwide. We independently track and verify 45+ farming robots across 6 categories — autonomous tractors, harvest robots, weeding robots, agricultural drones, dairy robots, and greenhouse systems — and profile 29 manufacturers with real specifications, pricing ranges, ROI data, and deployment status. Our free comparison tool, ROI calculator, AI recommendation assistant, and daily ag-tech news pipeline draw on data from USDA reports, university extension studies, peer-reviewed field trials, and manufacturer documentation to give growers and industry professionals the clearest, most trustworthy picture of agricultural automation available anywhere. No sponsored placements, no paid rankings — just data-driven intelligence for the people feeding the world.
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