
Surui uses MacPherson independent suspension for the front suspension and a torsion beam non-independent suspension for the rear suspension. MacPherson suspension is a widely used suspension type with a simple structure, featuring only an L-shaped control arm. This type of suspension occupies relatively little space. The use of a torsion beam rear suspension can expand the rear passenger space and trunk space of the car. BYD is a Chinese automotive brand established in 1995, primarily producing commercial and family sedans as well as batteries. The Surui is a compact car under the BYD brand, with dimensions of 4680mm in length, 1765mm in width, and 1490mm in height, and a wheelbase of 2660mm.

I remember researching the suspension design of the Surui. It uses a front MacPherson strut independent suspension paired with a rear torsion beam non-independent suspension. This setup feels quite comfortable for daily city driving, with stable cornering and minimal body roll. For example, my neighbor bought one and often mentions how comfortable the rear seats are even on long trips, thanks to the softly-tuned suspension that handles bumps well. Over time, you might notice the rear suspension isn’t fully independent, with slightly more noticeable vibrations on rough roads, but the upside is lower cost and more space—the trunk is roomier than many cars in its class. It’s recommended to regularly check the suspension bushings for wear to avoid noise that could dampen the driving experience.

As someone who has driven for many years, the Surui features a MacPherson front independent suspension and a torsion beam rear suspension structure, which is quite common among compact cars in the same price range. I usually drive it for commuting, and the suspension is quite durable, fuel-efficient, and practical. When encountering mountain roads or rough terrain, the front suspension responds quickly with strong grip, while the rear suspension feels slightly stiffer, occasionally causing complaints from rear passengers on bumpy roads. During maintenance, just add lubricating grease and check the lifespan of the shock absorbers. This suspension setup is simple, easy to repair, and cost-effective, making it suitable for budget-conscious buyers. Compared to those high-end independent suspension vehicles, it’s much more hassle-free.

The Surui uses a MacPherson front suspension and a torsion beam rear suspension. Driving a friend's car, it felt generally stable. It's quite suitable for family use, with the suspension absorbing vibrations well on the way to dropping off and picking up kids from school, and the rear seats offer ample space without a noticeable sense of crowding. Occasionally driving on the highway, the wind noise is minimal, and the suspension filters out vibrations effectively. It's advisable to pay attention to road conditions to avoid strong shocks that could damage components.

This car features a front MacPherson strut and rear torsion beam suspension design, offering an affordable price and simple . Based on my observation of numerous owner feedback, the suspension system provides high cost-effectiveness, saving space, reducing weight, and aiding fuel efficiency during manufacturing. However, the non-independent rear suspension exhibits slightly more body roll during fast cornering, though it doesn't affect comfort for daily commuting. Regular tire replacement helps maintain suspension performance. As an economical choice, its advantages are evident, and the suspension's durability has stood the test of the market.

From a technical perspective, the Surui is equipped with front MacPherson and rear torsion beam suspension. During my test drive, I felt the chassis was solid, and the handling was smooth for slow city driving. However, during sharp turns, the rear suspension lacked sufficient stability and support, though it is adequate for daily use. For long-distance driving, monitoring suspension wear is crucial, such as checking for shock absorber fluid leaks. Compared to other vehicles, this suspension design offers high space utilization.


