Pilots
At AgRibot, we’re on a mission to bring agricultural robotics closer to farmers and make smart farming technologies accessible to all. By harnessing cutting-edge robotic systems, AI, and AR/XR technologies, we’re helping optimize field operations and support climate-resilient farming.
To turn this vision into reality, we’re rolling out six pilot cases across diverse agricultural landscapes. These pilots showcase how our autonomous robotic solutions can boost efficiency, sustainability, and resilience in European farming systems. From arable crops to vineyards and specialty crops, our pilots tackle key challenges such as precision weeding, harvesting, and crop monitoring.
What sets AgRibot apart is our collaborative approach. By involving farmers and stakeholders from the very start, we ensure our solutions are co-created to align with real needs – improving resource efficiency and driving the transition towards climate-smart agriculture.
Weed Identification and Spot Spraying in Cereal Crops
AI-powered robots identify and target weeds with pinpoint accuracy, reducing chemical inputs and supporting more sustainable crop protection.
Robotic Spraying in Potato Crops
Robots equipped with advanced AI distinguish weeds from crops, enabling precise spraying that reduces chemical use and ensures healthier potato fields.
Fertilisation Management in Leafy Vegetables
Robots equipped with sensors and AI provide real-time insights into crop health, helping farmers make data-driven decisions to boost yields.
Precision Application in Soilless Tomato Cultivation
AI-driven robots continuously monitor plant growth and fruit quality, helping farmers make data-driven decisions to improve productivity in tomato fields.
Robotic Harvesting in Orchards
Autonomous robotic arms harvest fruits with care, optimizing yield while minimizing waste and labor costs.
Robotic Pruning and Thinning with XR in Orchards
Robots equipped with advanced sensors and machine learning algorithms perform precise pruning in vineyards, improving productivity and reducing manual labor.