McLeod Racing

Has your car got more torque than the stock clutch can handle? McLeod Racing makes clutches, flywheels and hydraulic throwout bearings for performance cars with a manual transmission. Here you’ll find clutch kits for street and track, twin-disc clutches and the parts you need to get the power safely to the wheels.

American clutch specialist

McLeod Racing is an American brand that concentrates on clutches and the parts that go with them. The brand is especially well known among owners of American muscle cars and sports cars such as the Mustang, Camaro and Corvette, but the range covers other popular platforms too. The focus is on clutches that handle more power without making the car unpleasant to drive every day, and on solutions for street cars, drag racing and track use.

McLeod Racing’s key products

Clutch kits come in several stages, from upgraded street clutches to models designed for very high power. The twin-disc clutches spread the load over two friction discs, so they can transfer more torque with a pedal effort that is still easy to live with. McLeod Racing also offers steel and aluminium flywheels, hydraulic throwout bearings and related installation parts. See each product for vehicle and engine fitment.

Buy McLeod Racing from us

We specialise in performance parts and know what it takes for a project to succeed. You get a wide selection, competitive prices and personal service if you have questions along the way. Find the McLeod Racing solution for your project and take the next step towards more performance.

Frequently asked questions

What is the benefit of a twin-disc clutch?

With two friction discs, the clutch can transfer more torque without needing a very heavy pedal. It suits high-power cars that still need to be driveable on the street.

Why choose a hydraulic throwout bearing?

A hydraulic throwout bearing sits directly in the bellhousing and replaces the mechanical clutch fork. It gives more consistent operation and can be an advantage when upgrading to a stronger clutch.