Bristol 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.

Car Tuning News Features Articles ICE Car care Tuning Handling Wheels Tyres Intake Exhaust Transmission

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.

Decats & Sports catalysts

Catalysts are a vital component in our modern tree hugging environmentally conscious society. First TorqueCars will look at what a catalyst does and how it works.

A catalyst is actually a term used to explain anything which accelerates or performs a chemical reaction. In a car the exhaust fumes are fed through a matrix of ceramic honeycomb lined with precious metals.

Truth about low profile tires

Performance gains from low profile tires. We look at the pros and cons of fitting these and list the advantages and disadvantages of low profile tires.

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.

Watch the video below on our new YouTube Channel.

Todays featured car modification articles



Member Benefits

Join our forum today and benefit from over 300,000 posts on tuning styling and friendly car banter.

You will also have full access to the modifed car gallery, project car updates and exclusive member only areas.

(All car owners of all ages and from all countries are welcome).


BMW 335i - 2021 COTY

We gave the BMW 335i our coveted car of the year award, read more about this awesome car and see why 335i Tuning Guide

Tips for N54 Tuning

Tips for N55 Tuning
Tips for B58 Tuning

Popular articles

Diesel Tuning
Remapping the ECU
Double Clutch
Induction Kits
Customize a car
Chipping cars
Modded Car insurance
Track day insurance cover
Remapping Diesels
MPG Calculator
Clean your DPF
Tuning Stages


Panel Air Filters

Panel air filters
Read more...

Remote Turbo Kits

Remote turbo charger kit guide
Read more...

Induction Kits Vs Panel Filters

Induction Kits vs Panel Filters
Read more...

Uprating Turbo

Turbo tuning stage 1-3: Aftermarket OEM turbos upgrade kit.
Read more...

Valve Springs

High performance valve springs
Read more...

Painting Calipers

Tips on brake caliper painting.
Read more...

Carbon Vents

Air vents – bonnet and carbon body vents.
Read more...

Engine Covers

Engine covers – carbon fibre, plastic and painted
Read more...

Spray Art

Spray art on cars from shows
Read more...

MPG Calculator

MPG calculator UK miles per Gallon - calculate MPG and save fuel
Read more...