MENUBristol Tuning Tips and Modifications
Maximise your Bristols driving pleasure
Thank you so much for visiting TorqueCars, we love Bristol’s and see quite a few interesting projects.
If you are looking to build the ultimate Bristol then you’ve found the right place.
Our tuning tips and articles for the Bristol cover all the best mods and latest tuning methods to help you build a great modified Bristol.
With the help of our forum members, industry professionals and seasoned car modders we present a best practice guide to modding your Bristol.
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.
Feel free to drop a tip or suggestion on the comments box at the bottom of each and every article, this feedback is greatly valued and helps us refine our articles.
Adding a turbo or supercharger is a fairly complex modification so we’ll cover the basics of adding a turbo upgrade in this article. The idea of doubling your power with one “simple turbo upgrade” is certainly appealing, but what is involved in a turbo conversion project? What are the common problems when a car is turbocharged? How do you add a turbo safely to a car?
Twincharging an engine
We look at how to build a twincharger setup for your car and discuss the various twincharger configurations and their performance advantages with twin turbos, supercharger or one of each.
Twincharging provides a relatively low cost way to get the best from a supercharger and turbo providing large power gains through the whole RPM band.
Tuning a car engine
Let’s take a look at ways to tune a car engine and what exactly we mean by engine tuning.
We can only cover generic theory in this article on how to tune a car and suggest if you want more specific advice you sign up to our car forums where our helpful and friendly members will assist you further.
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.
