- Schaeffler will unveil advanced chassis and body technologies at its Automotive Symposium 2026 in Germany.
- The showcased systems focus on improving vehicle comfort, handling, efficiency, and safety.
Schaeffler AG announced that it will showcase its latest chassis and body domain portfolio during the 13th Automotive Symposium scheduled to take place in Buhl, Germany, in June 2026. The Chassis & Body technology cluster will be one of the four major thematic areas featured during the symposium, highlighting the company’s focus on advanced vehicle dynamics, comfort, and intelligent mobility technologies for future vehicle platforms.
Advanced Chassis Technologies to Support Vehicle Dynamics
Within the chassis segment, the company will introduce multiple technologies designed to enhance vehicle handling, stability, and driving precision. The showcased portfolio will include rear-wheel steering systems and steer-by-wire technologies equipped with force-feedback actuators. Schaeffler will also present newly developed human-machine interface input devices intended to improve driver interaction and system responsiveness in modern vehicles.
Additional innovations in the chassis portfolio will feature semi-active and active damping systems capable of adjusting continuously to varying road and driving conditions in real time. These technologies are combined with low-friction wheel bearings aimed at improving vehicle dynamics while also supporting reduced energy consumption. The solutions are designed to support multiple vehicle architectures and propulsion technologies across the automotive industry.
Vehicle Body Innovations Focus on Comfort and Efficiency
In the vehicle body domain, the company plans to present several technologies intended to improve convenience, maintenance efficiency, and operational reliability. The portfolio includes keyless vehicle access systems, sensor cleaning technologies, and newly engineered braking systems designed to extend maintenance intervals while lowering particulate emissions generated during braking operations.
Key Technologies Planned for Showcase
- Rear-wheel steering systems
- Steer-by-wire systems with force-feedback actuators
- Human-machine interface input devices
- Semi-active and active damping technologies
- Low-friction wheel bearings
- Keyless vehicle access systems
- Sensor cleaning systems
- Advanced braking systems with reduced particulate emissions
Overview of Schaeffler Chassis and Body Technology Portfolio
| Technology Area | Key Function |
|---|---|
| Rear-Wheel Steering | Improves maneuverability and handling stability |
| Steer-by-Wire | Enhances steering precision and driver feedback |
| Active Damping Systems | Adjusts suspension performance in real time |
| Low-Friction Wheel Bearings | Supports reduced energy consumption |
| Advanced Braking Systems | Extends maintenance intervals and lowers emissions |
The technologies showcased by Schaeffler are intended to improve comfort, safety, convenience, and road handling capabilities in modern vehicles. These systems utilize inputs from multiple onboard sensors to support reliable decision-making across different driving situations. The company stated that the solutions are compatible with a wide range of vehicle powertrains and are developed to support evolving automotive mobility requirements.
Frequently Asked Questions
What technologies will Schaeffler showcase at the Automotive Symposium 2026?
Schaeffler will present advanced chassis and vehicle body technologies including rear-wheel steering, steer-by-wire systems, active damping solutions, keyless access systems, and new braking technologies. The showcased portfolio is focused on improving vehicle handling, comfort, safety, and efficiency for future mobility applications. The technologies also integrate sensor-based decision-making capabilities to support reliable vehicle operation across different driving conditions and vehicle powertrain configurations.
How do Schaeffler’s active damping systems improve vehicle performance?
Schaeffler’s semi-active and active damping systems continuously adapt to road and driving conditions in real time to improve vehicle stability and ride comfort. These technologies help optimize suspension behavior based on changing driving environments, which can enhance road handling and passenger comfort. When combined with low-friction wheel bearings and advanced steering systems, the solutions also contribute to improved energy efficiency and overall vehicle dynamics in modern automotive platforms.
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