Vehicle Suspension RSS

A helper spring refers to a type of spring commonly used in vehicle suspension systems. It is typically a compact, slender, and flat wire spring that is positioned in-line with the main spring. The primary function of the helper spring is to ensure continuous contact and engagement between the main spring and its upper and lower seats throughout the entire range of suspension travel. By maintaining constant pressure on the main spring, the helper spring helps prevent the main spring from becoming dislodged or disengaged during extreme suspension movements. It effectively supports the main spring, preventing it from fully extending...

Camber plates are specialised components designed to enable precise camber adjustments in a vehicle's suspension system. Acting as adjustable adapters, these plates are typically installed on top of the strut, serving as a connection point between the shock absorber and the vehicle chassis.  By incorporating camber plates into the suspension setup, drivers gain the ability to fine-tune the camber angle, which refers to the vertical tilt of the wheel relative to the road surface. This adjustability allows for optimal customisation and fine-tuning of the vehicle's handling characteristics, as well as tire wear patterns. Camber plates are widely available and compatible...

A locking collar, commonly employed in cars and various industrial applications, is a mechanical device designed to securely fasten components onto a shaft and serve as an efficient means of positioning, transmitting motion, preventing bearing slippage, and maintaining separation between items attached to the shaft. Locking collars find extensive utilisation across multiple sectors, including agriculture, plant operations, automotive manufacturing, and light to heavy industrial machinery. When it comes to cars, these collars play a vital role in keeping bearings in position on shafts, ensuring optimal performance and longevity. Moreover, they enable the precise positioning of shafts, contributing to the accurate...

Coilover spring rates refer to the stiffness or firmness of the springs used in your car's coilover suspension setup. Essentially, they determine how much resistance the springs provide when compressed or extended.  When it comes to your car's handling and overall performance, few factors are as crucial as the coilover spring rates. These rates determine how your vehicle responds to different road conditions, corners, and even your steering inputs. It is important to understand your spring rates because optimising them can result in significant improvements in your car's handling, responsiveness, and stability. A properly matched set of springs can provide...

Bump stops are mechanical components designed to prevent excessive suspension travel and provide additional damping during high-impact situations in automotive vehicles. Bump stops serve as secondary suspension buffers, typically made of rubber, foam, or in the case of hydraulic bump stops, a combination of oil and gas-filled chambers. Bump stops are strategically positioned in the suspension system to limit the upward or downward movement of the suspension components, such as the suspension arms or shock absorbers, when the vehicle encounters bumps, potholes, or other uneven road surfaces. These components act as "cushions" that absorb energy and prevent the suspension from...