MENUBentley Tuning Tips and Modifications
Maximise your Bentleys driving pleasure
Thank you so much for visiting TorqueCars, we love Bentley’s and see quite a few interesting projects.
If you are looking to build the ultimate Bentley then you’ve found the right place.
Our tuning tips and articles for the Bentley cover all the best mods and latest tuning methods to help you build a great modified Bentley.
With the help of our forum members, industry professionals and seasoned car modders we present a best practice guide to modding your Bentley.
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.
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.
Brake Pads
Which type of Brake Pad Should you choose, with the array of materials and options it can make a big difference to your cars braking.
EGR Delete
Discover the insights, pros, and cons of EGR valve delete in this comprehensive article. Understand the impact of the EGR valve on performance, common issues, and legal considerations.
Alloy wheels and their impact on handling and performance.
Some rally style alloy wheels are lighter – (less weight = more speed) and also are designed to increase the cooling of the brake disks.
Some designs hold up better to being curbed than others and some break very easily when hitting a pothole or curb at speed.
Always go for the best quality alloy wheel that you can afford and read the reports and reviews. If you do go for a different overall size you must get the suspension and tracking realigned to avoid uneven wear under acceleration.
