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How engineering turns suspension problems into solutions
03/26/2026
Where development begins
A worn damper, a broken spring, a noisy suspension. For workshops, these issues are everyday business. But for us, they are the start of something much bigger.
At MEYLE, new suspension components don’t begin with a drawing. They begin with understanding: why parts fail, how vehicles behave in real-world conditions and what workshops need. Whether it’s a completely new part or a targeted solution to fill a gap in our range – what matters most is how we can support workshops effectively.
From there, our engineers turn insights into solutions: tested and sometimes improved but always developed specifically to meet the needs of the independent aftermarket.
Every solution starts with a question
Why do shock absorbers fail?
It’s a simple question, but the answer is rarely simple. Vehicle weight, suspension geometry, road conditions and driving behaviour all influence how components perform over time.
That’s why our engineers start with a thorough analysis. They study typical failure patterns, examine vehicle architectures and identify where the real challenges lie.
Because replacing a part is one thing. Developing a better solution is another.
Building the tools to develop better parts
Understanding the challenges is only the first step. Testing is where theory meets reality.
That’s why we are currently building a new linear motor test bench in our headquarters in Hamburg. Our aim is to significantly expand how we develop shock absorbers in the future.
Unlike traditional systems with fixed mechanical movements, the new setup can replicate the dynamic motion of a real vehicle far more precisely. This allows our engineers to simulate real driving behaviour, analyse shock absorber performance under much more realistic conditions. Plus it’s sensible enough to detect even the smallest of unwanted noises.
For our development teams, this means one thing above all: deeper insights and more precise engineering decisions, hence better solutions for the independent aftermarket.
When one vehicle becomes a new challenge
A recent project shows how important this approach is: developing a shock absorber solution for Tesla’s Model Y.
At first glance, the task seemed straightforward. Our engineers had already developed one for the Model 3 and we hoped for a promising starting point. But once the vehicle was analysed in detail, it quickly became clear: the Model Y brings its own requirements. Suspension geometry, installation space and surrounding components demanded a new approach.
From idea to solution
That’s where we once again realised: Development rarely happens in a straight line.
Early design adjustments helped reshape the bracket geometry, but the first results didn’t yet meet our quality standards. So the team iterated. Using 3D printing, our engineers quickly produced new prototype brackets to test alternative designs directly on the vehicle. Within a short time, one concept clearly proved superior.
Based on this prototype, the final aluminium component was developed together with our production partner and prepared for series production.
Developing for the independent aftermarket
Projects like this illustrate what development means for us at MEYLE.
Developing a solution isn’t about simply reproducing an original part. It’s about understanding how vehicles evolve, analysing how components behave under real conditions and translating those insights into solutions that truly support everyday workshop life.
That is why we continuously invest in development capabilities – from advanced testing technology to in-house engineering expertise.
Because the independent aftermarket needs more than replacement parts. It needs solutions that are developed with the same precision as the vehicles they are built for.
And that is exactly what drives our teams every day.
