In the core component of the automotive steering system—a system crucial for precise handling and driving safety—a seemingly unassuming yet vital component silently undertakes multiple missions: transmitting commands, adjusting position, and cushioning im
The lightweight design of aluminum alloy intermediate shaft is a systematic project that requires collaborative optimization of multiple aspects, including materials, structure, process, and verification.
In modern automotive EPS systems, the steering column assembly is not merely a bridge for mechanical transmission, but a highly integrated mechatronic intelligent unit. Its core lies in the millisecond-level precise coordination between the motor, control
In the modern driving experience, the feel of the steering wheel is no longer a simple trade-off between "lighter is better" or "heavier is more stable," but rather an art of dynamic balance.
In modern automotive steering systems, the intermediate shaft assembly, as a crucial transmission link between the steering column and the steering gear, plays a vital role in accurately transmitting driver input.
In modern automotive steering systems, the steering up and down axis, as a key transmission component connecting the steering wheel and steering gear, not only undertakes the core function of torque transmission but also shoulders the dual mission of ergo