Dirt Bike Flywheel and Rod Assemblies

A flywheel is only as effective as its mass characteristics—and the TMV 310FW1211 delivers superior rotational inertia without sacrificing space or adding complexity. By using 303 stainless steel that's 15% denser than standard steel, this flywheel...

A heavier flywheel reduces engine rev hang and improves throttle response by increasing rotational inertia, giving you more control during aggressive driving and precision shifts. The TMV 310FW1213 uses 303 stainless steel—15% denser than standard...

A heavier flywheel stabilizes engine operation and improves throttle response by storing rotational energy more efficiently. The TMV 310FW1313 uses 303 stainless steel—15% denser than standard steel—to pack maximum mass into a compact design without...

A heavier flywheel increases rotational inertia, delivering smoother power delivery and improved acceleration response across a broader RPM range. The TMV 310FW5109 achieves this critical mass advantage through precision machining of 303 stainless...

A heavier flywheel stabilizes engine RPM and improves throttle response, especially crucial for high-revving applications where rotational mass directly impacts power delivery. The TMV 310FW5111 achieves superior mass density using 303 stainless...

A heavier flywheel stores more rotational energy, delivering smoother power delivery and more predictable throttle response—critical for precision driving where consistency matters. The TMV 310FW5113 achieves this without bulk by using 303 stainless...

A heavier flywheel increases engine inertia, delivering smoother power delivery and more predictable throttle response under acceleration and gear transitions. The TMV 310FW2213 achieves this performance advantage through precision machining and superior...

A heavier flywheel stores more rotational energy, delivering smoother throttle response and more predictable engine behavior under load—critical for precision driving and consistency lap-to-lap. The TMV 310FW1311 achieves this mass advantage using 303...

A heavier flywheel increases rotational inertia, providing smoother acceleration and more stable engine dynamics under load—critical for consistent performance on the track or strip. The TMV 310FW4113 achieves this mass advantage through 303 stainless...

A heavier flywheel stores rotational energy more efficiently, reducing engine speed fluctuations and delivering smoother power delivery under acceleration and shifting. The TMV 310FW2209 achieves this with 303 stainless steel—15% denser than standard...

A heavier flywheel stabilizes engine rpm, reduces rev hang, and delivers smoother power delivery—critical for track applications where consistent throttle response separates winning runs from average ones. The TMV 310FW2211 achieves this performance gain...

A heavier flywheel stores more rotational energy, delivering superior engine responsiveness and smoother power delivery across the RPM band. The TMV 310FW3113 achieves this performance gain through precision CNC machining from 303 stainless steel—a...