2016 Mercedes-Benz Vito 114 Bluetec Tourer PRO 2.1L Diesel · JC05 MCD

The most recent official DVSA MOT test for this 2016 Mercedes-Benz Vito 114 Bluetec Tourer Pro took place on 11 June 2025 and resulted in a pass, with no advisories or defects recorded against the vehicle at that examination. This is a positive immediate indicator, but it is worth noting that a pass only days after a prior failure on 13 May 2025 strongly suggests the earlier failure was addressed through a straightforward repair or rectification prior to re-test, rather than reflecting any underlying mechanical instability. Across the documented five-test history spanning 2022 to 2025, there is an alternating pattern of failure followed by pass on two occasions, with clean passes recorded overall. The absence of any recorded advisories is unusual for a ten-year-old commercial-grade vehicle of this mileage, which may indicate either diligent pre-test preparation or a record in which only the binary pass or fail outcome has been captured rather than the granular advisory data. The maintenance trend therefore appears stable rather than worsening, though the sparsity of advisory information limits the depth of historical defect analysis. With a recorded mileage of 217,617 miles over approximately ten years, this Vito is averaging around 21,762 miles annually, which is considerably above the national average for a passenger vehicle and is consistent with intensive commercial, shuttle, or fleet deployment. There are no significant mileage gaps in the recorded history that would suggest long periods of standing, which is mechanically beneficial as it reduces the risk of seized brake calipers, dormant fluid degradation, and perishing of rubber components. However, this level of sustained high mileage will have placed considerable cumulative wear on the engine, transmission, clutch, turbocharger, injectors, suspension components, wheel bearings, and braking system. The OM651 diesel engine used in this model is known to be sensitive to injector and balance shaft wear at high mileages, so particular attention should be given to any signs of rough running, excessive engine vibration at idle, or oil consumption. For a prospective buyer, a thorough physical inspection is strongly advised given the mileage and the limited defect history on file. On a test drive, listen carefully for any suspension clonks or knocks over uneven road surfaces, which would indicate worn coil springs, anti-roll bar drop links, or top mount bearings, all of which are common wear items on the Vito platform. Check for uneven tyre wear across both axles, as the Vito is prone to rear inner-edge wear if the rear suspension geometry or tracking is out of specification, and inspect the sidewalls carefully for any cracking or perishing given the age of the rubber regardless of tread depth. Examine the brake discs for corrosion ridges around the outer edges, as these will be evident even on a recently passed vehicle, and assess whether the brake pedal feels firm without excessive travel. With the diesel particulate filter on this Bluetec unit, ensure that the vehicle is capable of completing a sustained motorway-style drive without warning lights illuminating, as DPF regeneration issues are well documented on high-mileage examples of this engine. Beyond the mechanical drivetrain, calendar-based servicing must be verified independently of the mileage, as fluids degrade with age regardless of use. Confirm the date of the most recent brake fluid change, coolant renewal, and automatic or manual gearbox oil service, as these are commonly overlooked on high-mileage fleet vehicles that may have received only the minimum oil and filter changes between intervals. Inspect the condition of the 12V battery, particularly if the vehicle has been standing for any period prior to viewing, as a failing battery can mask alternator faults and cause erratic electronic behaviour across the Vito's considerable array of body control modules. Underneath the vehicle, examine the subframes, mounting points, and rear load floor for any structural corrosion, paying particular attention to the jacking points and suspension turrets, which on commercial vehicles frequently show the earliest signs of surface rust. Finally, verify the service book history for evidence of cambelt or timing chain inspection on the OM651 unit, and request a diagnostic scan for stored fault codes, as intermittent sensor or injector-related codes may not yet have triggered an MOT failure but could indicate developing concerns consistent with this vehicle's age and mileage profile.