2008 Mercedes-Benz Sprinter 2.1L Diesel · SF08 FDK

The most recent DVSA examination on 24 July 2026 resulted in a clean pass with no advisories or defects recorded, which on the surface presents a positive position for any prospective purchaser. Looking back to the immediate prior test on 13 July 2026, however, the vehicle was failed on a Major defect concerning the rear prop shaft bearing being excessively worn, alongside two tyre-related advisories covering nearside rear tread depth and age. The fact that the vehicle returned within eleven days and subsequently passed suggests the prop shaft issue was rectified, though buyers must satisfy themselves with documentation evidencing the quality and provenance of that repair. The previous annual test on 11 July 2025 recorded a pass but carried three advisories relating to brake pipe corrosion across the front and rear and date code visibility on both rear tyres. Taken collectively, the pattern is one of borderline stability with a clear theme of wear and deterioration in underbody, driveline, and rolling stock components, which is entirely consistent with a high-mileage commercial-type Mercedes of this vintage. With recorded mileage of 196,117 miles across approximately eighteen years, this vehicle averages around 10,895 miles per year, which is broadly typical for its age and platform. There are no obvious extended gaps in the recorded MOT mileage history that would suggest prolonged standing, which is favourable from the perspective of avoiding long-term issues such as brake disc corrosion, seized calipers, perished hoses, and 12V battery degradation. Equally, the cumulative figure means that major mechanical assemblies including the engine, automatic transmission, turbocharger if fitted, driveshafts, and rear prop shaft have all accumulated substantial real-world use. This makes careful inspection of high-value components essential, particularly the prop shaft bearings and universal joints which were just flagged as worn, as these parts have a finite service life and any compromise at this mileage should be considered an early indicator of further undercarriage attention being due. Given the recurring brake pipe corrosion advisory and the recent prop shaft bearing failure, a prospective buyer should carry out a thorough physical examination beneath the vehicle, ideally on a ramp, paying close attention to the condition of all brake lines, fuel lines, and the rear prop shaft centre bearing and universal joints. On a test drive, listen carefully for any cyclical clunking, vibration, or booming from beneath the floor which would suggest the prop shaft has not been properly balanced or that a universal joint is already failing again. With the brake pipes previously noted as corroded and treated with grease, check for any sponginess in the brake pedal, any pulling to one side under heavy braking, and any fluid residue around the wheel cylinders, callipers, or along the chassis, as concealed corrosion in the brake system remains a serious safety concern that could soon escalate into an MOT failure. All brake flexes and the brake fluid itself should be considered due for renewal purely on age grounds regardless of any current symptoms, as hygroscopic moisture absorption over nearly two decades will have significantly degraded fluid boiling point. The advisory regarding tyre date codes and age-related wear is a strong reminder that, regardless of remaining tread, the nearside rear tyres were approaching or had exceeded ten years of service, and a buyer should treat all four tyres as suspect on a vehicle of this age. Closely inspect the sidewalls for cracking, perishing, and any bulging which are age-related deterioration symptoms independent of tread depth, and confirm the date codes on any tyres currently fitted. Beyond the test station records, attention should be given to the cooling system, as a Mercedes of this age and mileage will likely be approaching its second or third radiator and will be due for thermostat, water pump, and timing chain inspection depending on engine variant. The 12V battery, automatic transmission fluid, and engine oil should all be checked for service history stamps, and the EGR system and intake manifold should be examined for carbon build-up common to high-mileage diesel and petrol units. Finally, given the prop shaft bearing failure, it is worthwhile confirming whether the vehicle is fitted with a single-piece or two-piece shaft, as two-piece designs incorporate a centre bearing that is a known service item and may now warrant proactive replacement to forestall further MOT failures.