Cheap Mercedes-Benz Sprinter Turbo

This question spans a generation boundary: the second-generation Sprinter (NCV3) ran from 2006 to 2018, but Mercedes carried out a significant facelift in 2013 that brought engine and emissions changes, meaning a pre-2013 turbo and a post-2013 turbo may not be a straight swap even within the same generation. The engine code is the key detail — if both vehicles share the same engine code (for example OM651) the turbo may well interchange, but ancillary mounting and pipe differences around the facelift year mean you should confirm compatibility with the breaker against both registrations before buying.

The first-generation Sprinter (W901–W905) ran from 1995 to 2006, while the second-generation NCV3 ran from 2006 to 2018, and these two generations used entirely different engine families, so a direct turbo swap across that boundary is extremely unlikely. Engine codes differ significantly between the generations — the NCV3 moved to OM646 and later OM651 units — so confirm the engine code on your V5 or via a VIN check and supply it to the breaker so they can match the correct unit.

No, trim or body variant does not affect turbo fitment on the Sprinter — the turbo follows the engine, not the badge or body style. What matters is your engine code, fuel type (all mainstream Sprinters in the UK are diesel), and whether you have a pre- or post-facelift build date; a breaker will match on those details rather than whether your van is a Panel Van, Tourer, or Minibus.

The 2016 Sprinter sits in the post-facelift phase of the NCV3 generation (facelift from 2013, generation ending 2018), and the most common engine at that point is the OM651 2.1-litre diesel, but Mercedes fitted different power outputs and in some cases different turbo configurations to that same block. Your engine code will be on your V5 logbook or can be retrieved from a VIN check, and supplying it to the breaker is the single most reliable way to ensure you get the correct turbo.

The Sprinter was offered with the same engine family in multiple power outputs — for example 110 bhp, 143 bhp, and 170 bhp variants of the OM651 — and the turbos fitted to different power outputs are not always identical, so a straight swap from a higher-output vehicle is not guaranteed to work correctly with your engine management. Whether a cross-power-output turbo physically fits and whether your ECU will operate it correctly without coding changes are both things you should confirm with the breaker against your specific registration before purchasing.

A turbo itself is a mechanical component and does not carry its own immobiliser pairing, so in most cases it can be swapped without ECU coding — however, some later NCV3 Sprinters use electronically controlled variable-geometry turbos where the ECU monitors actuator behaviour, and whether recalibration is needed can vary. This is something you should confirm with your fitting garage and raise with the breaker against your registration, as it falls outside what can be stated as fact for all vehicles.