Why Target Dock & Thistle Together?

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Dock and Thistle often infest the same fields, competing with crops for nutrients, light, and water. These perennial weeds are difficult to control and costly to manage using traditional methods. Our combined detection algorithm is designed to maximize efficiency, minimize waste, and allow for selective, targeted application in just one pass.

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Benefits of the Dock & Thistle Algorithm

Two-in-One Detection: Detect and treat both Dock and Thistle in a single operation.
Unmatched Accuracy: UHP spraying reduces herbicide usage by up to 95%.
Compatible with Multiple Crops: Ideal for use in pastures, meadows, and grasslands.
No Need for Manual Spot-Spraying: Replace time-consuming, labor-intensive practices with smart, automated application.
Less Crop Damage, Better Regrowth: Preserve productive grasses and forage quality.

The Challenge: Controlling Thistle Growth

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Thistle management can be a costly and labor-intensive process. Traditional methods, with questionable efficacy, often involve widespread herbicide use and manual removal, both of which can harm the environment, increase operational expenses, and affect surrounding crops.

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The Solution: Plant-by-Plant AI

Our state-of-the-art plant-by-plant AI technology provides pinpoint accuracy in targeting thistle, ensuring that only the thistles are treated with efficient molecules without harming surrounding plants. This reduces the use of harmful phytosanitary products, lowers labor costs, and improves the overall health of your crops. 

Embrace the future of sustainable and efficient thistle management with our revolutionary AI technology. 

The Challenge: Effective Dock Management

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Dock infestations reduce grassland productivity, impacting both yield and quality. Traditional methods rely on ineffective broad-spectrum herbicide application or labor-intensive plant-by-plant manual removal, leading to excessive phytosanitary product use and increased costs.

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The Solution: AI-Powered Precision Treatment

Ecorobotix’s advanced AI-powered system redefines targeted weed control, ensuring only dock is treated with unparalleled accuracy. By applying herbicide at the plant level, this technology significantly reduces phytosanitary product usage, safeguards pasture health, and enhances overall productivity. 

The Challenge: Precision in Lawn Maintenance

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Keeping a lawn healthy and weed-free requires dedication. Traditional methods rely on excessive phytosanitary product treatments and/or manual labor, leading to higher costs, environmental concerns, and potential damage to the grass.

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The Solution: Plant-by-Plant AI

Our advanced plant-by-plant AI technology ensures precise weed control by targeting only unwanted weeds (dock plants and thistles) while leaving your lawn lush and healthy. This reduces the need for phytosanitary products, lowers maintenance costs, and promotes a greener, more sustainable lawn. Experience the future of lawn care—smarter, healthier, and more efficient.

The Problem: Labor-Intensive Weed Removal

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Carrot harvesting presents big challenges. Farmers must rely on expensive, time-consuming manual weeding leading to excessive chemical use and increased phytotoxicity.

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The Solution: ARA’s New Carrot Algorithm

Ecorobotix’s new Carrot Algorithm pinpoints weed control, targeting only unwanted weeds with unparalleled accuracy. ARA ensures reduced labor costs, and enhanced yield quality.

Carrot Farming with Award-Winning Precision

Discover how Ecorobotix’s ARA sprayer and its new carrot algorithm—winner of the LAMMA 2025 Silver Award—reduce plant protection products by up to 95%.

The Challenge: Precise Weed Control in Chicory Fields

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Traditional methods of chicory farming mostly rely on chemical application,  leading to increased phytotoxicity, higher costs, and potential crop damage. Nowadays, farmers suffer from molecules withdrawal and are facing challenges into weeds fighting to ensure proper yield.

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The Solution: Plant-by-Plant AI 

Ecorobotix’s advanced plant-by-plant AI enhances targeted weed control, ensuring precise and application of more efficient mixtures to reduce chemical waste and induced phytotoxicity to optimize crop health. This innovative approach minimizes phytotoxicity and helps farmers achieve more efficient, sustainable weed management. 

The Challenge: Precise Weed Control in Lettuce Fields

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Lettuce farming demands high precision. In the U.S., where lettuce is often seeded, growers face significant costs from manual weeding and broad plant protection product applications. These practices can lead to increased phytotoxicity and reduced crop quality. In Europe, where lettuce is typically transplanted, the main challenge lies in the precise application of insecticides and fungicides to protect young plants without harming them.

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The Solution: Plant-by-Plant AI

Ecorobotix’s advanced plant-by-plant AI redefines targeted weed control, ensuring only unwanted weeds are treated with exceptional accuracy. This technology optimizes crop health, reduces phytosanitary costs, and enhances yield quality.

Proven Results: Data from 3,000 Onion Missions

Our recent study, analyzing nearly 3,000 ARA sprayer missions in onion fields, revealed herbicide savings of up to 95%. In most cases, phytosanitary product use was reduced by at least 80%, proving that ARA not only cuts costs but also protects onions from chemical stress.

Higher Yield Potential – By avoiding phytotoxicity, onions grow stronger and bigger.

Lower Input Costs – Reduce phytosanitary expenses while improving overall farm profitability.

Environmentally Sustainable – Reduce chemical runoff, improve soil health and air pollution.

The Challenge: Precision in Spinach Farming

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Spinach farming requires precision. Traditional methods often involve high labor costs, excessive use of phytosanitary products, and imprecise weeding, all of which lead to diminished crop quality, increased environmental impact, and higher expenses. Even after harvesting, leftover weeds can affect packing quality, making precise weed control essential throughout the entire farming process.

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The Solution: Plant-by-Plant AI

Our cutting-edge, plant-by-plant AI technology revolutionizes weed control in spinach farming. With unparalleled accuracy, it targets only the weeds, even close to the crop, while keeping phytotoxicity to a minimum. This significantly reduces phytosanitary product use, lowers labor costs, and improves the yield, health, and overall quality of your spinach harvest.

Experience the future of spinach farming, where technology and sustainability grow hand in hand.

The Challenge: Precision in String Bean Farming

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All crop farming requires high accuracy. Traditional methods often rely on manual labor, strongly weather dependent mechanical weeding and broadcast phytosanitary product applications, which can harm the crop, increase costs, and negatively affect the environment.

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The Solution: Plant-by-Plant AI

Our advanced plant-by-plant AI technology provides precise weed control, targeting only weeds with exceptional accuracy. This reduces the need for harmful phytosanitary products, cuts down on labor costs, and enhances the health and quality of string bean yields.

Unlock the future of string bean farming with our innovative, sustainable, and efficient AI-driven solution.