ZF Showcases Safety and Motion Systems for Software-Driven Commercial Vehicles
ZF demonstrates an evolutionary approach to software-defined commercial vehicles, improving safety and efficiency while protecting existing investments.
- 2026
What Happened
At its test track near Hanover, ZF showcased innovations in safety and motion systems ahead of IAA Transportation 2026. The company emphasizes an evolutionary path toward software-defined vehicles, integrating flexible E/E architectures and system intelligence to enhance safety, efficiency, and total cost of ownership while safeguarding existing investments.
“The direction toward the commercial vehicle of the future is crystalizing, but the path is non-linear and iterative. At CV Tech Day, we demonstrate how we support our customers with practical solutions that deliver value today and enable a cost-efficient, scalable transition toward zero accidents and zero emissions.”
ZF highlighted its next-generation ADAS architecture integrating cameras and radar sensors across truck and trailer for 360° perception, as well as driver monitoring systems and urban safety solutions for city buses. The company also showcased flexible electrification options, including hybrid transmissions and modular electric drivelines, to support diverse decarbonization pathways.
Why this matters
This allows fleets and OEMs to adopt new technologies gradually without disrupting current operations, making the transition to smarter vehicles more practical and cost-effective.
Terms in This Story
- ADAS
- Advanced Driver-Assistance Systems: technologies that help drivers with tasks like braking, steering, and monitoring to improve safety.
- E/E architecture
- Electrical/Electronic architecture: the design and integration of a vehicle's electrical and electronic components and software.
- Total cost of ownership
- The complete cost of owning and operating a vehicle over its lifetime, including purchase, maintenance, fuel, and repairs.
Summarised from the linked release; details can be imperfect — always verify against the original source.