MENUTriumph Tuning Tips and Modifications
Maximise your Triumphs driving pleasure
Thanks for visiting TorqueCars, we love Triumphs and see so many interesting Triumph projects.
If you are looking to build the ultimate Triumph then you came to the right place.
Our tuning tips and articles for the Triumph cover all the best mods and latest tuning methods to help you build a great modified Triumph.
With the help of our forum members, industry professionals and seasoned car modifiers we present a best practice guide to modding your Triumph.
Please join us in our forums, we love to hear what members are up to and it helps us spot trends so that we can ensure the site is always covering the latest and greatest tuning topics for Triumph owners.
Feel free to drop a tip or suggestion in the comments box at the bottom of every article, this feedback is greatly valued and helps us refine our articles.
The heads primary job is the mixing of fuel and air and delivering this to the combustion chamber.
Any turbulence or drag can restrict the air flow into the engine starving you of power. So this TorqueCars article will focus on the intake valves and how they can be improved.
The aim of head tuning is both to maximise the amount of air and fuel that gets into the engine, and to improve the mixture.
Automotive engines
The array of available automotive engines continues to grow, we shall look at the main types of engines looking at how they have evolved over time.The gradual evolution of the automotive engine marches on and we discuss the major developments and innovations in engine technology and fuel types such as Petrol, diesel, LPG hydrogen and electric power.
Particulate filters and FAP Performance gains.
The particulate filter is a stand alone unit. It is located upstream of the cat in the exhaust system and its purpose is to remove soot particles from the gas stream. The cat the proceeds to do its usual job of converting CO to CO2 and is in no way dependent or relied upon by the particulate filter.
In diesels the cats are two way devices and run in unregulated mode (ie. no O2 sensor like a petrol car).
Hybrid turbos
As a rule the turbo engines are stronger than the NASP equivalents and are able to handle substantial power gains.
The key thing in a turbo engine is the flow rate that can be generated and this depends largely on the internal profiles of the impellers inside the turbo.
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