Tomorrow's commercial fleets will be electric, connected, and semi-autonomous. To stay ahead, your steering system must evolve too. TRION power recirculating ball steering system isn't just a component-it's a bridge to the future, with features OEMs need now.
1. ADAS: More Than Just Lane Keeping
Modern fleets demand steering that works with ADAS, not against it:
Two-way torque control: The ECU can assist drivers or execute automated commands (e.g., lane centering). In tests with Level 2+ ADAS, our system reacted to lane departures 35% faster than non-integrated setups.
ASIL-D Certification: The highest safety standard, ensuring the system fails "gracefully" (e.g., defaulting to mechanical assistance if sensors fail). Critical for features like automatic emergency steering.
An electric delivery van OEM used this to add lane-keep assist without redesigning the steering architecture-saving 5 months of R&D.
2. Electrification: Built for EVs (and Hybrids)
Electric trucks have unique needs-our system meets them:
Energy Efficiency: The brushless motor uses 32% less power than brushed designs, adding 4–5 km of range per charge (tested on a 150km-range EV truck).
Regenerative Braking Sync: The system communicates with the drivetrain to reduce parasitic load during braking, capturing 8% more energy for the battery.
OTA Updates: Remotely optimize torque maps, add features, or fix issues. One fleet updated 600 vehicles in 72 hours to improve low-speed handling.
3. Cybersecurity: Protecting the "Brain" of Steering
As trucks connect to networks, steering systems become targets. Our system includes:
Hardware Encryption: Secure boot and encrypted communication prevent unauthorized access.
Anomaly Detection: The ECU logs strange behavior (e.g., unexpected torque requests) and alerts the vehicle's central controller.
A European fleet testing these features reported zero steering-related security incidents over 3 years-priceless for driver trust.