Product Parameter

Core Functions

Sensing Signals: Vehicle sensors such as accelerometer, vehicle height sensor, wheel speed sensor, and steering angle sensor collect real-time data on road conditions (e.g., bumps, inclines), driving operations (e.g., acceleration, braking, steering), and vehicle dynamics (e.g., roll, pitch). The data update frequency can reach over 1000 times per second.
ECU Calculation and Decision-Making: After receiving sensor signals, the Electronic Control Unit (ECU) quickly determines the current needs (e.g., "soft damping is needed when going over speed bumps" or "strong support is needed for sharp turns") using a preset algorithm (combined with parameters such as vehicle load and driving mode) and sends damping adjustment commands to the shock absorbers.

Advantages

1. Efficient shock absorption: Responds quickly to changes in the road surface to provide a smoother driving experience. Compared with traditional mechanical shock absorbers, inductive shock absorbers can adjust the damping force in a shorter time, effectively reducing the vibration and turbulence of the body.
2. Strong adjustability: the damping force of the shock absorber can be adjusted by changing the size of the current to adapt to different road conditions and driving needs. For example, the damping force can be increased at high speed to improve the stability of the vehicle; The damping force can be reduced when driving at low speeds or through rough roads, and the ride comfort can be improved.
3. Energy saving and environmental protection: In the working process does not need to consume a lot of energy, compared with the traditional hydraulic shock absorber more energy saving and environmental protection.
4. Long life: Because there are no vulnerable parts such as hydraulic oil in traditional shock absorbers, inductive shock absorbers have a longer life and lower maintenance costs.

Product Description