Chassis is a system between the body and the road surface, and it helps to keep automobiles rigid and safe. Chassis systems can be found in various applications including light commercial vehicles, trucks, agricultural equipment, and construction machinery.
Traditionally, a chassis is a rigid structure containing various components like axles, wheels, hubs, and suspension links. The system’s main purpose is to support the body’s weight, maintain a rigid structure, and provide strength to various vehicular components.
In the modern era, the vehicle chassis system has expanded its scope to include networked subsystems. This requires a holistic multi-system approach. Some of the components of an effective chassis are shock absorbers, knuckles, funnyjok control arms, wheels, and stabilizer links.
The market for automotive chassis systems has experienced significant growth over the past few years. This growth has been fueled by increasing demand for fuel efficient vehicles. Furthermore, the emergence of electric vehicles has also been a contributing factor. It is expected that the demand for electric vehicles will surge in the coming years.
A major component of an automotive chassis is the steering system. This is a vital feature as it helps to change the direction of the vehicle. Other controls include the brake and engine systems.
One of the most important innovations in chassis systems has been the development of an ultra-lightweight chassis. This can save manufacturing costs and help enter the market without much R&D investment.
Another key innovation is the use of fiber reinforced plastics for the entire chassis assembly. These materials offer higher strength and can reduce the amount of joining material required in the production process.