Ecorobotix Secures $105M to Scale Real-Time, Centimeter-Precise Crop Spraying
- The company raised $150 million across Series C and D rounds to expand its real-time AI spraying platform.
- Its system will debut new capabilities at Agritechnica 2025, enabling individual plant treatment with centimeter-level accuracy.
Ecorobotix has secured $105 million in Series D funding to expand its AI-powered spraying platform. The round was led by Highland Europe, with participation by ECBF and McWin Capital Partners. The company will use the funds to expand into new crop types, diversify its product, and accelerate the rollout of its plant-level crop care algorithms.
Ecorobotix’s platform is built around its Plant-by-Plant approach, which uses AI and real-time vision systems to scan, identify, and treat individual plants with centimeter-level precision. Its flagship product, the ARA sprayer, operates autonomously using more than 25 crop-specific algorithms to deliver ultra-targeted applications of herbicides, fertilizers, and other treatments.
Described as the world’s most versatile Ultra-High Precision sprayer, ARA can target both specific crops and various weed types while minimizing input use and environmental impact. The system reduces the use of plant protection products by up to 95% through a three-step process. It includes high-resolution RGB and 3D cameras that capture crop and weed data, sub-centimeter detection for species-specific targeting, and a 6 x 6 cm spray pattern that delivers ultra-precise treatment with millisecond timing.
Ecorobotix plans to introduce its newest capability at Agritechnica 2025 in Hanover. The upcoming system is designed to push precision even further, offering new levels of crop protection accuracy in response to rising input costs, labor constraints, and environmental demands.
Source: YouTube / Ecorobotix
🌀 Tom’s Take:
Reducing chemical use by up to 95% delivers real impact, lower costs for farmers, and less environmental harm. Ecorobotix shows how AI and precision spraying can solve both challenges at once.
Source: Ecorobotix
