MENUMaybach Tuning Tips and Modifications
Maximise your Maybach’s driving pleasure
Thanks for visiting TorqueCars, we love Maybachs and see so many interesting Maybach projects.
If you are looking to build the ultimate Maybach then you came to the right place.
Our tuning tips and articles for the Maybach cover all the best mods and latest tuning methods to help you build a great modified Maybach.
With the help of our forum members, industry professionals and seasoned car modders we present a best practice guide to modding your Maybach.
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Reducing the compression ratio is required if you want to run a high boost supercharged engine. High compression NA (naturally aspirated) engines are quite efficient but when adding forced induction you want to lower the compression ratio.
The compression ratio has a dramatic effect on an engines performance and the problem of knock, (where the air fuel mix prematurely ignites) is controlled to a large degree by the compression ratio.
Suspension settings, lowering and stiffening
On the track your priority is fast cornering and suspension plays a large part in this. Track conditions are quite forgiving and you can make some compromises like using hard suspension and lowering the car for optimum aerodynamics and a low centre of gravity.
This works well because tracks are fairly flat and you do not have a carrier bag full of eggs in the car from your return trip to the supermarket.
Fuelling uprating the fuel system
More power means that more fuel is required so we need to uprate the fuel system and we look at performance mods for your fuelling to avoid running rich or lean.
It is essential to keep the mix of air to fuel exactly right. Power is lost when the engine adjusts itself to stop it running too rich or lean. Many power losses, which manifest themselves as flat spots, at certain points in the rev band can often be traced to a fuelling issue so we will look at performance fuelling upgrades and parts.
Boost controllers and remaps
Boost controllers
The turbo is driven by the exhaust gases and the faster the exhaust flows the quicker the turbo spins and more air gets forced in to the engine.
If too much air is forced into the engine then it will run lean. This causes an intermittent loss of power and you also risk putting too much pressure on the engine with a surge of power.
