Used Ford Ranger Flywheel

Yes, but only on manual gearbox variants — the flywheel is the component that connects the engine to the clutch on a manual transmission. Ranger models fitted with an automatic gearbox use a flexplate (also called a driveplate) instead, which serves a similar function but is a completely different part designed for a torque converter. If your Ranger is an automatic, search for a flexplate or driveplate rather than a flywheel.

The Ford Ranger was relaunched for the UK market in its current generation (T6 platform) from 2012, replacing the older Ranger (built on a different platform and sold in the UK up to around 2011) — these two generations are not interchangeable for mechanical components like the flywheel. Even within either generation, fitment is driven primarily by engine code, so a flywheel from the wrong engine family will not bolt up correctly even if the years look close. Always cross-reference the engine code from your V5 or a VIN check, and confirm the match with the breaker before ordering.

Trim level makes no difference to flywheel fitment — this is a mechanical engine component and the Ranger's trim grades (XL, XLT, Limited, Wildtrak, Raptor) share the same engines and gearboxes regardless of their specification differences. What matters is the engine code, fuel type (all current UK Rangers are diesel), and whether your gearbox is manual or automatic. Give the breaker your engine code and gearbox type and trim is irrelevant.

No — the 2.0 EcoBlue (introduced to the Ranger around 2019) and the 3.2 TDCi are different engine families with different displacement, block architecture, and bolt patterns, so their flywheels are not interchangeable. The flywheel must match your specific engine code, not just the generation of the vehicle. Check your engine code on your V5 or via a VIN check and supply that to the breaker so they can match the correct part.

These are different engines with different specifications, so the flywheels are very unlikely to be interchangeable despite both being diesel TDCi units fitted in the same T6-generation Ranger (2012 onwards). The engine code is the key detail — a 3.2 and a 2.2 have different bore, stroke, and crankshaft dimensions that affect flywheel compatibility. Confirm the engine codes from both vehicles with the breaker before purchasing.

The T6-generation Ranger received a significant update around 2015-2016, and a further refresh with the introduction of the 2.0 EcoBlue engine around 2019, which brought a different engine family altogether. Whether a flywheel crosses any of these production boundaries depends entirely on whether the engine code remained the same — if your pre- and post-update vehicles share the same engine code, fitment may well carry over, but you should confirm this with the breaker against your specific registration rather than assume.