What is the function of the automotive running gear system?

[MacAdrian]

The functions of the automotive running gear system are as follows: 1. Torque conversion: Through the adhesion between the wheels and the road surface, the torque transmitted from the drivetrain is converted into the driving torque for vehicle movement. 2. Supporting the total vehicle mass: Transmitting various forces and moments acting on the wheels from the road surface. 3. Impact mitigation: Reducing vibrations to ensure smooth vehicle operation; the running gear system also works in coordination with the steering system to ensure handling stability. Information about the automotive running gear system is as follows: 1. Classification: Common types of running gear systems include wheeled, semi-tracked, wheel-track hybrid, and amphibious types, with wheeled systems being the most widely used. 2. Composition: The wheeled running gear system mainly consists of the frame, axles, suspension, and wheels.

[LeDante]

I drive to work every day, and the role of the automotive running gear is to keep the car from moving around in a messy way. It basically supports the car's weight, and when you're driving on the road, components like the wheels and suspension absorb bumps and uneven surfaces, so you don't feel uncomfortable. For example, when taking sharp turns or braking on the highway, the running gear ensures forces are transmitted steadily, keeping the wheels firmly on the ground to prevent skidding or rollovers. I've compared older cars with newer ones, and the running gear in newer models is more advanced, offering much better comfort, especially in rainy or snowy conditions. If the system fails—say, the shock absorbers are damaged—the whole car feels unstable and unsafe, so it's important to regularly check tire pressure and suspension. Overall, it turns driving from a chore into a pleasure, making it much more worry-free.

[DiVanessa]

As a veteran driver with over a decade of experience, I believe the most crucial function of the automotive running gear is to ensure safety and smooth handling. It supports the vehicle's weight and absorbs vibrations. When encountering rough roads, the wheel suspension cushions the impact, preventing passengers from getting dizzy from the bumps. More importantly, during sharp turns or emergency braking, the running gear effectively transmits driving and braking forces, ensuring the wheels maintain constant contact with the road surface to avoid skidding or loss of control. I pay special attention to this during long-distance driving – when the system functions properly, the car is more stable, fuel-efficient, and experiences less wear. Poor maintenance, such as worn tires or loose suspension, can affect response speed and increase accident risks. I recommend regularly checking tire pressure and shock absorber conditions, as this can extend the vehicle's lifespan. Safety comes first, and the running gear is that silent guardian partner.

[OLucille]

I'm quite fascinated by cars. The main function of the automotive running gear system is to support the vehicle body, provide shock absorption, and offer directional control through components like the suspension and wheels. It absorbs road bumps to ensure a more comfortable ride while transmitting engine power to the wheels to propel the vehicle forward. During cornering or braking, the system maintains stability to prevent rollovers. Many modern cars now incorporate electronic aids, such as adaptive suspension systems, which offer better tuning for smoother and quieter performance. If components wear out—for instance, if ball joints become loose—it can affect handling and even pose a risk of tire blowouts, which is why I regularly check tread depth. Overall, the running gear system is the foundation for smooth vehicle operation, and ongoing technological advancements continue to enhance its efficiency.

[DeThomas]

I usually enjoy driving around the city to pick up my kids, and the role of the automotive running gear is to ensure the car runs smoothly and quietly. It supports the vehicle's weight, with the wheel suspension absorbing road vibrations—whether it's manhole covers or speed bumps, the ride remains comfortable. During turns, the system provides precise steering, keeping the wheels firmly in contact with the road, which enhances safety. I've also noticed that a well-designed running gear can save some fuel due to reduced resistance and slower tire wear. If the system malfunctions, such as failed shock absorbers or misaligned wheels, driving becomes unstable and fuel consumption increases. That's why I have the garage perform a basic check every quarter. The design is quite user-friendly, making daily driving easier and less troublesome.