From 9–15 November 2025, the Systems & Components trade fair at Agritechnica—the world’s largest agricultural machinery exhibition—will spotlight the latest generation of smart assistance systems for mobile working machines. As the off-highway sector, including agriculture and construction, moves toward greater connectivity and semi-autonomy, demand for intelligent operator support is surging.
Meeting the Complexity Challenge
Operators today face increasingly complex tasks, from navigating uneven terrain to coordinating multiple machines simultaneously. Modular assistance systems, powered by AI-enabled controllers, robust sensors, and cloud-based services, are emerging as essential tools. These technologies not only enhance productivity and safety but also address the skilled labor shortages affecting the industry.
“Autonomous functions can be a great support for operators,” notes Petra Kaiser, Brand Manager of Systems & Components at DLG (German Agricultural Society). “The wide variety of machines on the market drives innovation in assistance systems, which will be reflected both at the exhibition stands and on the Expert Stage in Hall 17.”
Spotlight on Operator Support
A central theme at the show will be operator support in the cab. Advanced systems equipped with smart sensors and intuitive controls are designed to serve both seasoned professionals and less experienced users. Key features include:
- Simplified leveling and payload measurement
- Electronic vibration damping and motion control
- Collision warnings and blind spot monitoring for greater safety
These tools help automate repetitive tasks, improve workflow efficiency, and ensure safer operations—even in poor visibility conditions.
Human-Machine Interfaces Redefined
The evolution of Human Machine Interfaces (HMI) will also take the spotlight. Ergonomic joysticks with optical and haptic feedback, along with glove-operable high-resolution displays, are setting new benchmarks for usability. Looking ahead, Extended Reality (XR) technologies will overlay digital terrain models and live machine data directly into the operator’s field of view—turning assistance systems into real-time training and decision-support tools.
Learning Machines
Self-learning capabilities are on the rise. By analyzing sensor data, machines can provide instant feedback and performance suggestions—from optimizing bucket angles to reducing dump heights—creating a dialog-based partnership between operator and machine.
Agricultural Applications
In agriculture, assistance systems are already transforming harvesting. Combines and forage harvesters now employ stereo cameras and automation to regulate driving speed, control discharge chutes, and detect transport vehicles for precise crop placement. Transitioning between field and road modes is streamlined with automated functions, such as engaging warning lights and adjusting engine settings.
A standout innovation is Tractor Implement Management (TIM), which enables two-way communication between tractor and implement via ISOBUS. This allows the implement to control tractor functions—such as speed, PTO engagement, and lift settings—based on real-time requirements. The result: smarter, more sustainable farming practices that conserve fuel and protect soil health.
The Road Ahead
As autonomy advances, manufacturers are deploying sensor kits and edge computing to build customizable assistance platforms. Ultrasonic, radar, and multi-camera systems provide plug-and-play flexibility, while embedded multi-core processors deliver AI-driven features like 360-degree monitoring and centimeter-level navigation through RTK positioning.
Shaping the Future of Mobile Machinery
With its focus on digitalization, connectivity, and intelligent operator support, Systems & Components 2025 promises a compelling preview of how assistance systems are reshaping mobile machinery—ushering in an era of safer, smarter, and more sustainable operations.
