The Mercedes W213 Air Suspension

The Mercedes W213 Air Suspension

The Mercedes Benz W213 air suspension is known for its outstanding performance and has become the vehicle of choice for many professionals in the car industry.mercedes w213 air suspension The W213 is made up of two different components - the control arm suspension and the wishbone suspension. The control arm suspension consists of four shock absorbers mounted above the front strut and are controlled by the driver. They allow the car to respond quickly to any driving condition and its high precision allows the tyres to perform at their best.

The W213 suspension was used by the famous Formula 1 driver, Lewis Hamilton, as it offers extremely high levels of performance.mercedes w213 air suspension It features hydraulic dampers, adjustable rebound and compression damping and high pressure pumping. This all adds to a complete package that allows the car to be fitted with the best possible suspension.

When it comes to driving comfort, the car offers both comfort and durability. It features an air flow control, which limits the amount of gas that can be consumed by the engine. The car is also fitted with hand held controls, which allow the driver to choose the level of suspension, steering angle, steering angles and of course the amount of air that the car will have via its hydraulic system. This makes the Mercedes W213 the ultimate sports and track driving car.

Despite the best efforts being put into the development of this car, some mistakes have been made. One of these was the installation of the lower wishbone leaf springs. This meant that the spring was not compatible with the engine and had to be adjusted. Another blunder saw the installation of the three sets of unequal length struts on the suspensions. As a result, the car developed uneven weight distribution and compromised the suspension geometry.

However, the most serious issue was related to the design and build quality of some parts. For example, the front strut brace was found to be too thin which led to it rusting easily. The suspension bushes were not very well installed making it susceptible to damage and hence it required massive replacement. The suspension arms and upper strut mount were also found to be poorly designed and were prone to damages. All these issues ended in tragedy when the suspension failed completely at the test track.

Nevertheless, Mercedes Benz is determined to bring out cars that are best in the industry. The company has invested a lot of money in research and development. The next generation of their B-P cars is sure to feature the best suspension systems. Mercedes Benz is a world class car maker and one of the most successful manufacturers of cars. The success of the company is largely due to its commitment to superior design, superior engineering, and best manufacturing practices.

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