Schaeffler Automotive Symposium 2026 showcases future mobility innovations

Schaeffler AG is preparing to unveil a broad portfolio of mobility technologies at its upcoming Automotive Symposium in Buhl, Germany, scheduled for June 2026. The event marks the company’s 13th edition and will present developments structured across four major domains—Vehicle Control, Chassis & Body, Powertrain, and Energy Management. These innovations are designed to address evolving requirements across passenger cars, commercial vehicles, and two-wheelers, reinforcing Schaeffler’s focus on scalable and future-ready automotive solutions.

Integrated Vehicle Control Systems Driving Next-Gen Mobility

The Vehicle Control segment introduces a combination of sensors, actuators, and integrated subsystems that operate across both low- and high-voltage electrical architectures. These systems include drive technologies, Edge ECUs, and advanced zone control units, all engineered to streamline vehicle functionality. By leveraging centralized processing and reducing dependency on distributed control units, Schaeffler AG aims to enhance system efficiency while minimizing complexity in modern vehicle electronics.

Centralized E/E Architecture Built Around HPC

A key highlight is the development of centralized E/E architectures anchored by high-performance computing platforms. These architectures utilize Ethernet-based communication channels along with Remote Control Protocol (RCP) to enable seamless data exchange. The transition toward software-centric control structures supports the evolution of Software-Defined Vehicles, enabling continuous updates, improved system integration, and enhanced performance scalability.

Scalable Electrical Systems and Safety Innovations

The company is also advancing scalable electrical architectures, including 48-volt systems and power electronics tailored for diverse vehicle applications. Safety-critical technologies such as steer-by-wire systems are being developed with built-in redundancy to ensure operational reliability. These systems play a crucial role in enabling advanced functionalities while maintaining high safety standards, aligning with industry demands for robust and adaptive vehicle platforms in Germany and beyond.

Foundation for Future-Proof Mobility Platforms

By integrating hardware and software capabilities into unified platforms, Schaeffler is laying the groundwork for highly adaptable mobility ecosystems. The combination of centralized computing, scalable electrical systems, and advanced control technologies enables manufacturers to build flexible vehicle architectures. These innovations support the transition toward electrification and digitalization while maintaining compatibility with evolving automotive requirements across global markets and segments.

Frequently Asked Questions

What is Schaeffler showcasing at the Automotive Symposium 2026?
Schaeffler is presenting innovations across vehicle control, E/E architectures, powertrain systems, and energy management technologies at its 2026 Automotive Symposium in Germany. The company is focusing on scalable and integrated solutions designed for multiple vehicle types, including passenger cars and commercial vehicles. These innovations highlight centralized computing, software-defined architectures, and advanced safety systems. Together, they aim to reduce system complexity, improve performance, and support future mobility trends such as electrification and digitalization.

Why are centralized E/E architectures important for modern vehicles?
Centralized E/E architectures are critical because they replace multiple distributed control units with a unified computing platform, improving efficiency and scalability. By using high-performance computers and Ethernet-based communication, these systems enable faster data processing and seamless integration of vehicle functions. This approach supports software-defined vehicle development, allowing continuous updates and feature enhancements. It also reduces wiring complexity and overall system costs, making vehicles more adaptable to future technological advancements.