Suspensors

Suspensors are a type of suspension system designed to improve vehicle handling and stability, particularly in high-performance and racing applications. Unlike traditional suspension systems that focus primarily on ride comfort and road holding, suspensors are engineered to provide precise control and responsiveness. They achieve this by combining elements of both suspension and steering systems into a single unit.

The core component of a suspensor system is the suspensor arm, which is a rigid or semi-rigid link that connects the vehicle's chassis to the wheel. This arm is designed to be lightweight and stiff, allowing for quick and accurate steering inputs. The suspensor arm also incorporates a damper or shock absorber, which helps to control the movement of the wheel and improve handling characteristics.

Suspensors are typically used in conjunction with a separate steering system, which provides the necessary articulation for cornering. This combination allows for a more direct and responsive steering feel, as the driver's inputs are transmitted directly to the wheels without the need for complex steering geometry or anti-roll bars.

One of the key advantages of suspensors is their ability to provide precise and predictable handling characteristics. This is particularly beneficial in racing applications, where drivers require a high degree of control and feedback. Suspensors also offer the potential for weight savings, as they can eliminate the need for separate suspension and steering components.

However, suspensors also have some limitations. They can be more complex and expensive to design and manufacture, and they may require specialized tools and techniques for assembly. Additionally, the rigid nature of the suspensor arm can make it more susceptible to damage in high-impact collisions.

In summary, suspensors are a type of suspension system designed to improve vehicle handling and stability. They combine elements of both suspension and steering systems into a single unit, providing precise control and responsiveness. While they offer several advantages, they also have some limitations and challenges associated with their design and manufacture.