Performance driving can be exciting. If you enjoy taking your car out on the open road, then you know how important a properly functioning suspension system can be.
If you are looking for some simple ways to make your car's suspension system even more effective, here are two types of technology you might want to consider investing in for your vehicle in the future.
1. Magnetic Dampers
The dampers in your car's suspension system are responsible for preventing the vehicle from continuing to bounce up and down after going over a bump. Commonly referred to as shock absorbers, traditional dampers have a piston that is located within a sealed cylinder filled with fluid. The piston moves in tandem with the up-and-down motion of your wheels to create a smoother ride.
Upgrading to magnetic dampers, which rely on varying electric currents running through a ferrous liquid to prevent excessive bounce, can make your car's ride even smoother. Since the strength of the magnetic current is adjusted based on the driving conditions, magnetic dampers become stiffer when the road conditions become uneven.
Traditional shock absorbers only provide a set level of stiffness. The variation in stiffness provided by magnetic dampers allows your suspension system to maintain a smoother ride, no matter what type of roads you might find yourself driving on.
2. Front-To-Rear Interlinked Suspension
If you enjoy driving at high levels of speed, then you know the unique challenges this type of driving can place on your car's suspension system. Just as race cars undergo a number of movements during the course of a race, you might find that your vehicle pitches when the brakes are applied or rolls when you turn into a corner when traveling at higher speeds.
To provide additional stability as you drive fast, you might want to consider investing in a front-to-rear interlinked suspension system (FRIC). Rather than maintaining two separate suspension systems for the front wheels and the back wheels, a car equipped with a FRIC system links the two suspension systems with hydraulic fluid. This fluid is transferred to various areas of the suspension system based on your driving needs.
During acceleration, the fluid will move to the rear of the car to allow the nose of the car to lift. Roll experienced when moving into turns is controlled by transferred hydraulic fluid in the opposite direction of the turn to balance out the weight of your vehicle. Investing in a FRIC system will help you maintain control and stability when driving your car fast in the future.
Making a few simple changes to your car's suspension system will help you take your vehicle's performance to the next level.
For more information, talk to a place like Jones Automotive.