Second Hand Mercedes-Benz Sprinter Exhaust Manifold

The Sprinter ran as the W906 (2006–2018, with a significant facelift around 2013) and the current W907 (2018–present), and these generations used different engine families, so a W906 manifold will not reliably cross to a W907 even if it looks similar externally. Fitment follows the engine code first and foremost, and the emissions era matters too – the W907 was designed around Euro 6 compliance from the outset, with different exhaust routing and mounting than the Euro 5 W906. Always give the breaker your exact registration and engine code so they can match the correct unit rather than going on generation alone.

The W906 received a facelift in 2013–2014 which brought engine and emissions updates, so while both sit within the same generation the engine codes and Euro standard can differ across that boundary. If both vehicles share the same engine code and emissions specification the manifold may well be compatible, but if one is Euro 4 and the other Euro 5 there can be differences in port layout, EGR connections and sensor bosses. Name the boundary confidently to the breaker and ask them to verify fitment against both engine codes before agreeing a sale.

No – Sprinter trim levels such as Progressive, Premium, Luxury or a basic panel van specification make no difference whatsoever to the exhaust manifold. The manifold is determined entirely by the engine code, fuel type (all mainstream Sprinters in this period are diesel) and the emissions generation of that engine. You can safely ignore trim when searching and focus purely on matching the engine code shown on your V5 or confirmed by the breaker against your registration.

Engine displacement alone is not enough – the 2.1-litre (OM651) Sprinter family spans several power outputs and Euro standards, and the manifold specification can vary between these variants and across model year updates. You should identify the full engine code (stamped on the block and shown on your V5 or service history) rather than relying on the 2.1 label, because port configuration and sensor provisions differ between some versions. Give that full code to the breaker and they will be able to cross-reference their stock accurately.

Yes, the mainstream diesel Sprinter variants do have a distinct exhaust manifold – it is a genuine, separately sourced part that connects the cylinder head to the turbocharger, and it is one of the more commonly replaced items on high-mileage examples due to cracking from heat cycling. Some engine variants integrate certain components more closely than others, but in general you are looking for a standalone cast manifold. If you are also concerned about the DPF or catalytic converter as part of the same job, those are separate parts and their interchange specifics are strong confirm-with-breaker territory given the MOT implications.

A 2016 Sprinter is a late W906 (Euro 6 engines were phased in toward the end of the W906 run, but the platform itself is W906) while a 2019 is a W907, and the two generations used different engine architectures with different manifold designs and mounting arrangements. Even if both happen to carry a Euro 6 calibration, the physical fitment across the W906-to-W907 boundary is not straightforward and should not be assumed. Confirm the engine code of both vehicles with the breaker who will have handled enough Sprinter stock to know whether their unit is a genuine match for your registration.