Description
Vitirover is an autonomous robotic mowing solution designed to manage vegetation mechanically in vineyards and other perennial cropping systems. The robot operates continuously at ground level without the use of chemical herbicides and is intended to support sustainable vegetation management in complex terrains such as vineyards, orchards and other managed landscapes.
Technology
Vitirover is a lightweight autonomous robot powered by a combination of solar energy and onboard batteries. It integrates sensors, cameras and GNSS positioning to navigate within predefined areas using geofencing. The robot is monitored and managed through a web-based platform that enables fleet supervision and operational control. According to the developer, artificial intelligence techniques are used to support navigation and operation.
Target
The solution is intended for vineyard and orchard managers, agricultural enterprises and farmers managing perennial crops or vegetated sites.
Business model
Vitirover is commercialized through different arrangements, including direct sale or rental of robots and service-based models in which fleets are operated and supervised by the provider. Access to the web-based management platform is provided through subscription as part of fleet operation and monitoring.
Impact
Demonstration projects and early commercial deployments indicate that Vitirover enables continuous mechanical vegetation control without herbicides in perennial cropping systems. The solution aims to reduce reliance on chemical weed control and fossil-fuel-intensive machinery, while maintaining vegetation at controlled height. Outcomes and benefits vary depending on site conditions and management practices, and large-scale quantitative impact assessments are still limited.
Partners
Commissariat à l’Énergie Atomique et aux Énergies Alternatives (CEA); European Commission LIFE programme (VVINNER); Industry users such as Sonnedix (pilot site)
Four Betters
Better production
