Mechanization & Robotics: Our selection of original articlesOur selection

Ecorobotix and Maya Join Forces to Combine Ultra-High Precision with AI-Driven Data Intelligence

Leveraging ultra-precise data collected in the field by integrating it into a specialized AI assistant is the ambition of Ecorobotix and Maya. In a joint interview, their leaders detail their collaborative project and share their vision for the future of technology in agriculture and green space management.

Central Lever of Tomorrow's Agriculture: Automation Faces Economic and Scale Barriers, Says Romain Faroux

Agricultural automation technologies are now mature across many segments, yet their adoption remains limited. According to Romain Faroux, an expert in agronomic innovation, the challenge is no longer to prove their effectiveness, but to create the economic and organizational conditions for their large-scale dissemination.

Claas Invests €9 Million in Climate Testing Facility Near Le Mans

Agricultural machinery manufacturer Claas has announced a €9 million investment to build a climate testing facility in Trangé, aimed at enhancing the research and development of its tractors. This project reflects a commitment to innovation and adaptation to extreme weather conditions, while also supporting local employment with a factory that produces 10,000 tractors annually.

Agricultural Robotics Becomes More Attractive to Investors

Advancements in robotics and AI are transforming the agricultural landscape, making machines more flexible and reliable. Reservoir VC has announced a $50 million fund to support startups in the sector, emphasizing the importance of systemic support to overcome harvesting challenges. Machines are now assembled and tested in less than six months, paving the way for rapid and efficient industrialization.

Researchers Develop AI System for Precise Orchard Mapping

Mapping orchards remains a challenge for agricultural robots, especially under tree canopies. South Korean researchers propose an artificial intelligence system that merges drone and LiDAR data to produce accurate 3D models down to the centimeter.

Drone Spraying: Best Practices for Successful Fungicide Applications

The use of drones for fungicide application in field crops offers significant advantages, including access to difficult areas and the ability to treat localized zones. However, applicators must navigate a complex regulatory framework that requires an understanding of state-specific regulations and licensing requirements, adapting their techniques based on flight conditions and drone characteristics.

German company CLAAS enhances its connected platform to simplify multi-brand fleet management

Claas announces significant improvements to its Claas Connect platform for 2026, aimed at simplifying farm management. New features include automated data exchange between organizations, real-time tracking of mixed fleets, and automatic documentation of machinery. Additionally, license renewals will be free, and remote assistance will be available.

Dogtooth Technologies Raises Over £14 Million for Its Fruit Harvesting Robots

British company Dogtooth Technologies has raised over £14 million to accelerate the commercial deployment of its autonomous harvesting robots, aimed at addressing labor shortages in fruit crops. Agricultural robotics continues to attract investors despite a challenging funding environment for deep tech companies.

Controlled Environment Agriculture: Hippo Harvest Raises $30 Million to Accelerate Development of Robotic Greenhouses

American company Hippo Harvest, a producer of leafy greens, has announced the closing of a $30 million Series C funding round led by Cox Farms. This funding will allow it to expand its facilities in California and develop a next-generation robotic growing system aimed at commercializing indoor-grown spinach.

Chinese Company XAG Automates Entire Spraying Cycle with New X Series

The launch of XAG's X Series agricultural drones marks a significant advancement towards the full automation of farming operations. Comprising drones and intelligent systems, this series reduces the need for human intervention in crop protection tasks while enhancing efficiency and precision through advanced technologies such as 4D radar, reduced battery charging times, and automated cleaning features.

Vertical Farms: Demand-Driven Planning Becomes a Profitability and Waste Reduction Lever

British companies Harvest London and Crate to Plate have received financial support from the ADOPT program of the UK Department for Environment, Food and Rural Affairs to deploy Ani, a production planning platform that links confirmed customer orders to real-time crop planning. This project, taking place across multiple sites in London, aims to enhance the efficiency of controlled environment farms, with estimates of resource and waste reduction.

The New South Wales Government Invests $105.5 Million in Agricultural Innovation