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.
Under bonnet temperatures are one of the biggest performance killers around.
Quite simply, you want your engine to be sucking in cold air as this carries more oxygen and will allow you to burn more fuel.
The exhaust system is one of the contributors to under bonnet temperatures. You can therefore lag the exhaust to help prevent this heat soak into the engine bay.
What is a turbo and how does it work
Tuning turbo engines. “A lot of hot air.” What is a turbo and how does a turbo work? If you go […]
Low ratio sport gearbox setup and selection.
Gearbox – Lower ratios give better acceleration times and lower fuel economy. Six or seven speed boxes are better matched to modern engines.
Most street applications are closer 1st and 2nd gear ratios for that off the line 0-60 boost or for the fast exec a lower 2nd and 3rd ratio give improved overtaking flexibility and 30 – 70 mph acceleration with a high 4th and 5th gear to give motorway fuel economy.
Principles of porting an engine and big valve conversions
The inlet and outlet ports on the engine block are usually larger than those of the manifolds that connect to them.
This allows for scope in the manufacturing process to allow for mismatched alignment.
Generally the engine ports are larger in the upstream flow direction avoiding turbulance but power gains can be made by matching these up.
