2018 Mercedes-Benz Sprinter 2.1L Diesel · DF68 LDA

The most recent DVSA MOT, conducted on 7 October 2025, resulted in a full pass with no recorded defects, continuing an unblemished five‑year streak of passes dating back to October 2021. This uninterrupted record suggests that the vehicle has been maintained to a level that satisfies the statutory safety and emissions criteria, and there is no indication of a deteriorating trend in the areas inspected by the MOT examiner. At eight years old the Sprinter has accumulated 172,677 miles, equating to an average of roughly 21,500 miles per annum. This usage rate is considerably above the typical commercial‑van benchmark and points to a high‑frequency duty cycle, likely involving long‑haul or intensive urban work. The sustained high mileage accelerates wear on consumables such as tyre tread, brake pads, clutch components and engine oil, and can also exacerbate fatigue in suspension bushings and chassis joints. There are no evident gaps in the MOT chronology that would suggest prolonged periods of inactivity, so the wear is presumed to be progressive rather than the result of long standing periods. A prospective buyer should give particular attention to the condition of the tyre sidewalls and tread depth, as rubber compounds degrade with age and high mileage, often leading to cracking or perishing even when tread appears acceptable. Inspect the suspension for any looseness, worn bushings, or leaking shock absorbers, as the cumulative load cycles can cause coil‑spring fatigue and reduced damping, which would manifest as clunking or uneven ride height during a test drive. Examine the braking system for disc corrosion, especially on the rear calipers, and verify that pads have sufficient material; excessive pad wear or uneven disc wear can cause shudder under braking and may indicate binding calipers that have not been serviced recently. Given the vehicle’s age, also verify the health of the 12‑volt battery, checking for signs of sulfation or reduced cranking power, and confirm that the electrolyte levels have been maintained if it is a conventional lead‑acid type. Review the service history for timely oil, filter and transmission fluid changes, as time‑based degradation can occur regardless of mileage, and ensure that the coolant, brake fluid and power‑steering fluid have been replaced within the manufacturers’ recommended intervals. Finally, a thorough visual inspection of the under‑body for rust, especially around the wheel arches, chassis rails and suspension mounting points, will help to rule out hidden corrosion that could compromise structural integrity over the long term.