Cheap Nissan Almera Exhaust Manifold

Yes, all petrol and diesel engine variants of the Nissan Almera have an exhaust manifold — it is a standard component on any car with a combustion engine, collecting exhaust gases from the cylinder head and routing them into the exhaust system. The Almera was sold in two main generations in the UK: the N15 (1995–2000) and the N16 (2000–2006), and both generations carried exhaust manifolds across their petrol and diesel engine options. There are no special drivetrain or forced-induction caveats here — unlike a turbo or intercooler, the exhaust manifold is fitted regardless of whether the engine is turbocharged or naturally aspirated.

This question crosses the N15-to-N16 generation boundary (the N16 launched in 2000), so you need to be careful — even if two manifolds look similar, the cylinder head flanges, port spacing, and downpipe connections differ between generations. You should always match the part to the same generation and, crucially, the same engine code as your car. Name the boundary confidently to the breaker — tell them your car is an N16 — and ask them to confirm the engine code on the donor vehicle matches yours before buying.

Trim level — whether S, SE, GX, or Sport — does not affect which exhaust manifold is fitted; fitment is determined entirely by the engine code and fuel type, not by how the car is equipped inside or out. A breaker may supply a manifold from any trim, and it will fit your car provided the engine code matches. The only cosmetic difference you might notice is surface corrosion varying between higher-mileage donor cars, but this has no bearing on fitment.

Yes, engine code is one of the most important factors — the Almera N16 was offered with different petrol engines (including 1.5 and 1.8 variants) and a diesel, and the exhaust manifold is specific to each engine because the port count, flange pattern, and stud positions match the cylinder head of that engine. Always check the engine code on your V5C or the engine bay sticker and give it to the breaker so they can match it precisely to the donor vehicle. Supplying a manifold from the wrong engine, even within the same generation, risks a poor fit or an exhaust leak.

The N16 Almera diesel used a 2.2 dCi engine, and used manifolds do come up through breakers but are less common than petrol units given the lower sales volumes of diesel Almeras in the UK. Emissions-era considerations such as DPF fitment and catalyst compatibility are relevant to the broader exhaust system, but the manifold itself must simply match your engine code and generation. For anything touching the catalytic converter or DPF further down the system, you should confirm compatibility with the breaker against your exact registration rather than assume parts interchange freely across different build years.

Within the N16 generation (2000–2006), the manifold itself is unlikely to cause an MOT failure provided it seals correctly and the engine code is the same — the manifold's job is simply to collect gases, and it does not contain emissions-control hardware. However, if a mid-life engine update or emissions revision changed the porting or mounting on later N16 engines, a mismatch could cause a leak or fitment issue, so always ask the breaker to confirm the engine code of the donor car matches yours exactly. Where any downstream emissions components such as the catalyst are involved, confirm interchange specifics with the breaker against your registration rather than assuming all N16 parts are interchangeable.