ZF, a leader in automotive technology, has secured a significant contract with a global manufacturer, positioning itself as the top supplier of chassis components. This deal highlights the strength of ZF’s newly established Chassis Solutions Division, which is driving advancements in software-defined vehicles through its by-wire solutions. As part of the agreement, ZF will provide brake-by-wire technology and advanced steering systems for a specific class of vehicle, marking a milestone in the company’s pursuit of innovation and flexibility in the automotive sector.
The project will feature ZF’s Electro-Mechanical Brake (EMB) and brake-by-wire technology on the rear brakes, along with the company’s Integrated Brake Control (IBC) system and traditional front calipers, creating a hybrid braking system that combines both by-wire and hydraulic systems. This approach offers enhanced flexibility for manufacturers, while the agreement also includes cutting-edge steering technology with ZF’s Electric Recirculating Ball Steering Gear (RCB EPS). This combination of advanced braking and steering solutions solidifies ZF’s position as a leader in providing comprehensive chassis solutions.
Peter Holdmann, Board Member at ZF and head of Chassis Solutions Division, emphasized the company’s goal of creating the most comprehensive chassis solutions product by merging steering, braking, dampers, actuators, and corresponding software into a single division. This integration allows ZF to deliver exceptional performance, safety, and innovation, providing customers with a complete, advanced chassis system that contributes to the transformation towards software-defined vehicles.
ZF’s brake-by-wire technology lays the foundation for future automotive advancements, such as autonomous braking and steering in emergency situations. The Electro-Mechanical Brake (EMB) eliminates the need for brake fluid, using electric motors to generate brake pressure, a process that enhances the system’s efficiency. Paired with ZF’s hybrid braking system and sophisticated steering technologies, these innovations support a range of advanced driver-assistance features and enable the development of fully automated vehicles, helping shape the future of the automotive industry.
