Dynamobot, a spin-off from the University of Bonn, leverages cutting-edge research and the support of PhenoRob (Germany’s Excellence Cluster in Robotics and AI for Sustainable Crop Production) to redefine precision weed management and field monitoring.
At the core of our innovation is BonnBot, an advanced robotic platform integrating state-of-the-art crop monitoring technologies. Our AI-driven system accurately detects, classifies, and differentiates between crops and weeds, enabling targeted, plant-level interventions with unprecedented precision.
Equipped with a novel multi-head, independently controllable weeding system mounted on linear actuators, BonnBot delivers biodiversity-conscious interventions at optimal speed—ensuring maximum accuracy while enhancing sustainability and efficiency in modern arable farming.
We offer a complete package for vegetable farmers to manage their farms with the help of Advanced Robotics and AI.
Advanced data analytics for comprehensive field scouting and detailed reporting on weed presence and crop health.
Takes Bio-diversity into weeding processes, actively protecting and encouraging ecological balance within the farming ecosystem.
Features a high-speed and highly accurate multi-head weeding tool to tackle targets with Mechanical, Chemical, and Thermal nozzles.
Designed with versatile capabilities to accommodate a wide range of crops, and weeds. Featuring the most advanced AI and Computer vision Algorithms.
Offers tailored weeding strategies for each plant, ensuring precise and effective weed control (using the Multi-Head Action tool) while nurturing crop growth.
Seamlessly deploy our technology to both organic and conventional farms without changing tools. Save time, and costs and enhance productivity across diverse farming practices.
At Dynamobot, we are shaping the future of precision agriculture with cutting-edge robotics, artificial intelligence, and advanced computer vision. Our next-generation precision weed management technology empowers farmers with unparalleled efficiency and adaptability.
At the heart of Dynamobot lies an innovative multi-head, multi-axis intervention system, capable of performing mechanical, chemical, and electrical plant-level interventions simultaneously. This breakthrough design enables precise, biodiversity-conscious weed control for crops with varying characteristics—without the need for tool changes or system adjustments.
Designed for seamless integration, Dynamobot’s solution can be easily mounted on any tractor or deployed as an autonomous robotic system, unlocking new possibilities for targeted and sustainable weed management in both organic and conventional farming.
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One Team – Several Product
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