Cheap Hyundai Tucson Flywheel

Whether your Tucson has a traditional solid flywheel or a dual-mass flywheel (DMF) depends primarily on the engine and gearbox combination — manual-gearbox Tucsons do carry a flywheel, while automatics use a torque converter and flexplate instead, so the term 'flywheel' only applies to manual variants. Diesel-engined manual Tucsons (such as those fitted with the 2.0 CRDi or 1.6 CRDi engines) typically use a dual-mass flywheel rather than a solid unit, whereas petrol manuals may use a solid flywheel. Always confirm which type your vehicle has with the breaker before ordering, quoting your registration or engine code.

The first-generation Tucson (TL predecessor, sold in the UK roughly 2004–2009) and the second-generation ix35/Tucson (2010–2015) are built on different platforms and used different engine line-ups, so a flywheel from the earlier car is very unlikely to cross over to the later one. Even where the engine code looks similar, mounting dimensions, transmission input shaft splines, and bolt patterns can differ between generations. You must confirm compatibility with the breaker using your exact engine code — found on your V5 or via a VIN check — rather than relying on year alone.

The third-generation Tucson (Mk3, sold in the UK from 2015) received a facelift in 2018–2019, but the core engine family — including the 1.6 CRDi and 2.0 CRDi diesels — carried across that update, which means there is a reasonable chance the flywheel is shared if the engine code matches exactly. However, ancillary and mounting specifications can change mid-production, so you should not assume compatibility purely on engine name without checking the engine code against your registration with the breaker. Confirming the specific engine code on both donor and recipient vehicles is the safest approach before any purchase.

Trim level makes no difference to flywheel fitment on the Hyundai Tucson — the flywheel is entirely determined by the engine code and gearbox type, not by whether the car is badged S, SE, Premium, or Premium SE. A Premium SE may have extra equipment and interior upgrades over a base S model, but underneath the engine and drivetrain are the same if the engine code matches. Focus solely on matching the engine code and confirming manual gearbox fitment with your breaker, and the trim label can be ignored.

The single most important detail is your engine code, which appears on your V5C registration document or can be retrieved via a VIN check — it tells the breaker exactly which engine variant, displacement, and state of tune your car has, which is what the flywheel is matched to. You should also confirm that your car has a manual gearbox, since automatic Tucsons use a flexplate and torque converter rather than a flywheel. Providing the model year alongside the engine code helps the breaker cross-reference any mid-production changes to mounting or specification, though the engine code is the lead detail.

The 1.6 CRDi diesel Tucson with a manual gearbox does typically run a dual-mass flywheel as standard, which is a more complex and more expensive unit than a traditional solid flywheel. Solid flywheel conversion kits do exist for some diesel applications and can be a cost-saving option on high-mileage vehicles, but suitability depends on your specific engine code and gearbox variant, so you should discuss this directly with the breaker or a specialist. A used genuine DMF from a matching-engine-code donor vehicle is a straightforward like-for-like replacement if a conversion is not the route you want to take.