What can we make for you?
TTV Racing have been designing and manufacturing flywheels for over 25 years, supplying products to engine and car builders at the highest levels of motorsport.
We are incredibly proud of our worldwide and prestigious customer base.
With over 8000 flywheel designs there is a good chance we have what you need!
If we dont have it we can reverse engineer and design from your damaged or worn out samples and most importantly tailor the flywheel design to best suit your application and installation
A high quality flywheel and the correct design for your application are of significant importance in motorsport, to allow correct clutch choice, provide the correct inertia and be safe and durable in high rpm applications.
We use the highest quality materials and manufacture process with 100% inspection and tracability on each part.
Not sure what is best for you?
Its import to us that you get the most suitable parts and speaking with our sales team could help solve problems and avoid costly mistakes when selecting products.
Please contact us on (+44) 01473 730996.
Or email us on info@ttvracing.com info@ttvracing.com
This can seem daunting to some but we have years of experience helping people make the move. Working with companies like Sadev, Hollinger, 3MO, Elite etc we understand what info they need and we will advise on flywheels and clutches to suit and the information needed for your bell housing and input shaft layouts.
Like all our racing components our flywheels are made by us in the UK and incorporate an integral ring gear for high rpm safety
Custom parts are no problem, we can add a trigger wheel for an ECU, change ring gear sizes and clutch fitments to suit your build.
Working closely with teams around the world who rely on us to go the extra mile and deliver high quality parts that meet their demands
We have been manufacturing specialist flywheels for motorsport OE applications and Race Series around the world.
Designed to have a low resistance to being accelerated, known as mass moment of inertia (MMOI).
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