Second Hand Nissan Juke Exhaust Manifold

On the Nissan Juke, the 1.6-litre turbocharged petrol engine (engine code MR16DDT) uses an exhaust manifold that is integrated into the turbocharger assembly rather than being a conventional separate cast manifold, so you may find breakers listing this as part of the turbo or turbine housing rather than a standalone manifold. The 1.2-litre turbocharged DIG-T petrol (HRA2DDT, fitted to the second-generation Juke from 2019 onwards) similarly routes exhaust gases directly into a turbo assembly. If you are looking for a traditional bolt-on exhaust manifold as a separate component, what you likely need is the turbo inlet/exhaust housing or the downpipe section after the turbo, so it is worth clarifying with the breaker exactly which section of the exhaust system has failed on your vehicle.

The Juke ran across two distinct generations in the UK: the first generation (F15) covered 2010 to 2019, with a facelift arriving in 2014 that brought some engine and emissions changes, and the second generation (F16) launched in 2019 and is still in production. These two generations use entirely different engines and turbo/exhaust assemblies and are not interchangeable. Always identify which generation your Juke belongs to before approaching a breaker, as a part from the wrong generation will not fit.

The 2014 facelift of the first-generation Juke (F15) brought emissions and engine management updates that can affect exhaust-side components, even where the engine code appears the same. Because of the potential for differences in casting, sensor ports, and emissions calibration around this boundary, you should confirm with the breaker that the specific part number or donor vehicle registration matches yours rather than assuming all post-2010 F15 Jukes share the same assembly. A breaker will be able to cross-reference your registration to check compatibility before you commit.

Trim level — whether Visia, Acenta, N-Connecta, or Tekna — makes no difference to exhaust manifold or turbo housing fitment on the Juke, because the exhaust-side components are determined entirely by engine code and emissions specification, not by the trim. You may find cosmetic differences such as varying exhaust finisher styles between trims, but the functional manifold and turbo assembly upstream are the same across trims sharing the same engine. Focus your search on matching the engine code and model year rather than the trim badge.

Yes, fuel type is fundamental: the petrol and diesel Juke variants use completely different engine families with incompatible exhaust manifold and turbocharger assemblies, so a petrol unit will not fit a diesel and vice versa. The diesel Juke used a 1.5 dCi engine (K9K family) with its own exhaust and turbo arrangement, while the petrol variants used the MR16DDT or HRA2DDT depending on generation. Always confirm your fuel type and engine code with the breaker before ordering any exhaust-side component.

It is sensible to source exhaust-side components from the same donor vehicle where possible, as pipes, flanges, and sensor positions are more likely to align correctly. However, catalytic converter and DPF interchange specifics are strong confirm-with-breaker territory — emissions legislation, MOT requirements, and whether a replacement cat or DPF is type-approved for your vehicle are all factors the breaker will need to verify against your registration. Do not assume that because the turbo housing fits, the downstream cat or DPF from the same donor is a legal or practical direct swap for your car.