Leaf spring suspension, as a traditional form of suspension, has been widely used in different models due to its simple structure, strong load-bearing capacity, and relatively low cost. The following is a specific analysis of the application of leaf spring suspension in different vehicle models:
Off-road vehicles
In off-road vehicles, leaf spring suspension is favored because it can withstand high-intensity impacts and loads. For example, models such as the Cheetah Q6 use a longitudinal steel leaf spring non-independent suspension on the rear suspension. This design provides durability and impact absorption for extreme off-road conditions. When off-road vehicles traverse rugged environments, leaf spring suspension ensures the vehicle passes through difficult terrain with stability due to its rigidity and load-bearing capacity.Commercial vehicles
In the field of commercial vehicles, leaf spring suspension occupies an important position. Since commercial vehicles need to carry heavy cargo, the high load-bearing capacity and stability of the suspension are essential, making leaf spring suspension the first choice for medium or heavy-duty transport vehicles. It withstands large loads while buffering road vibrations, improving ride comfort. Additionally, the relatively low maintenance cost of leaf spring suspension meets the cost control needs of commercial vehicle operators.Light vehicles and buses
Although new suspension systems like air suspension have gained popularity in light vehicles and buses, leaf spring suspension still retains a market share. For models sensitive to cost, leaf spring suspension remains a cost-effective choice. In specific scenarios, such as driving on rural or unpaved roads, the rigidity and load-bearing capacity of leaf spring suspension fulfill vehicle performance needs.Personalized customization and special vehicles
As consumer demand for personalized vehicles rises, and the special vehicle market expands, leaf spring suspension has also found its niche. By adjusting the stiffness, damping, and other parameters, the leaf spring can be customized according to driving habits and preferences to meet specific driving needs. Additionally, in special vehicles such as military trucks or fire trucks, leaf spring suspension is favored for its reliability and durability.
In summary, leaf spring suspension has been widely applied across various vehicle models due to its numerous advantages. However, as technology advances and consumer demands evolve, future suspension systems are expected to become more diversified and intelligent. Automobile manufacturers must consider both market demands and technological development trends when designing and producing vehicles.
