Alongside a broad range of product launches, Claas will showcase its InnoLab technologies at Agritechnica.
Part of the display will include what is said to be the world’s first autonomous wheeled loader for agricultural use. The Torion Autonomy connect was developed alongside Liebherr and can handle repetitive loading tasks without an operator.
Users pre-plan the route and functions using Claas connect, after which the machine will work autonomously using Lidar technology to monitor its surroundings. Using AI technology, route finding and material pickup are fully automated, enabling the machine to adjust operations according to the scenario.
The machine can also still be used manually, providing versatility.
Working with Amazone, the company has also developed the Weed Detector system. Claas Culti Cam cameras are mounted on the front mower, which recognise dock leaves within the grass ley. This data is automatically transmitted to Claas connect and used to create an infestation map. Using cloud-to-cloud interfaces, this map can then be transferred to myAmazone, which calculates the application rate and develops a map for the crop sprayer.
Further field mapping systems have been developed alongside Kiel University of Applied Sciences and AgXeed. Dynamic Field Scout uses optical area information to create exact field boundaries and AI image analysis to recognise obstacles, including trees. This can then be transferred to the farm management system and steering system, creating a precise route around the field for both manned and autonomous equipment.
With AgXeed and Amazone, partners in the 3A Group, the full production chain, from sowing through to crop protection, can be planned using Dynamic Process Control. This includes logistics, field coverage and route planning.