Why is RWD important?

Rear-wheel drive (RWD) holds an important position in automotive design, mainly because it can achieve a front-to-rear weight distribution close to 50:50, enhancing the vehicle's balance and handling. When accelerating or climbing hills, the vehicle's centre of gravity shifts rearward, giving the rear wheels stronger traction, thereby optimizing launch performance and cornering stability. Its mechanical structure is simple: the engine's power is directly transmitted to the rear wheels via a driveshaft, while the front wheels focus solely on steering. However, RWD also has drawbacks, including higher power loss, slightly increased fuel consumption, and a tendency to slip on snowy surfaces. Additionally, the driveshaft layout may compromise rear passenger space. Nevertheless, for models emphasizing precise handling and power response, RWD remains an irreplaceable choice. For instance, many high-performance vehicles utilize this layout to achieve more agile steering feedback and better-balanced dynamic performance.