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Clutch Flywheels & Components

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Centerforce Iron Flywheel

Centerforce Iron Flywheel
$176.99 $220.99
No specials
Centerforce Flywheel Chrysler Steel

Centerforce Flywheel Chrysler Steel
Out of Stock
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Centerforce Flywheel Chevy Steel

Centerforce Flywheel Chevy Steel
Out of Stock
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Mr. Gasket Co. Flywheel Bolt Pont

Mr. Gasket Co. Flywheel Bolt Pont
Out of Stock
No specials
Centerforce C/F Billet Steel Flywheel

Centerforce C/F Billet Steel Flywheel
Out of Stock
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Frequently Asked Questions

Cracks, severe hot spots or heat checking, excessive runout, damaged ring-gear teeth, or a friction surface that cannot be resurfaced within specification are strong reasons to replace the flywheel. Reusing a structurally damaged or out-of-spec flywheel can cause clutch engagement problems and may damage other drivetrain components.

A matched clutch-and-flywheel kit can simplify a larger clutch replacement because the major friction components are selected to work together. A flywheel alone may be appropriate when the existing clutch is still serviceable or the build requires a specific clutch combination. Confirm that the clutch, flywheel, release system, and transmission input specifications are compatible as a system.

Some flywheels can be resurfaced when the friction surface is worn but the part remains within the manufacturer’s thickness and runout limits. Replacement is the safer choice when there are cracks, severe heat damage, damaged ring-gear teeth, excessive warpage, or a surface that cannot be machined within specification. Some specialty or multi-piece flywheels also have manufacturer-specific service rules.

Those details determine whether the flywheel can physically and mechanically work with the engine and starter. The crank bolt pattern must match the crankshaft, the ring-gear tooth count must work with the starter system, and externally balanced engines require the correct flywheel balance. A flywheel that is wrong in any of these areas can cause installation or vibration problems.

Steel flywheels generally retain more rotational inertia, which can make launches and low-speed driving smoother. Aluminum flywheels reduce rotating mass and can let the engine change rpm more quickly, but engagement may feel more immediate. The better choice depends on the vehicle, engine behavior, clutch design, and intended street or performance use.