2022 Mercedes-Benz Sprinter 314 Progressive CDI 2.1L Diesel · LL71 HNJ

The most recent DVSA test on 13 January 2026 resulted in a PASS with no defects or advisories recorded, indicating that at the point of examination the vehicle was considered roadworthy and compliant with statutory standards. Reviewing the broader history, the pattern suggests a generally stable maintenance profile rather than a deteriorating one, although there are isolated failures in the recent record that warrant attention. The January 2026 pass follows closely after a 9 January 2026 failure for a dangerous offside front tyre with tread depth below the 1.6 mm legal minimum, accompanied by an advisory note regarding an offside rear tyre worn close to the legal limit and showing edge wear. A further failure occurred on 9 January 2025 due to a major defect concerning parking brake efficiency below the required standard, although the immediate retest the following day was passed without recorded defects. Taken together, the vehicle has passed three of the last four tests cleanly, with the failures concentrated around tyre condition and parking brake performance rather than structural or systemic concerns, suggesting a broadly well-maintained commercial vehicle with localised wear issues. With 170,703 miles recorded on a 2022 registration, the vehicle is accumulating mileage at approximately 42,676 miles per year, which is substantially higher than the typical commercial average for a panel van of this age and places it firmly in the high-usage category. This level of annual mileage is consistent with intensive fleet or multi-driver operation and means that wear-related components such as brakes, clutches, suspension bushes, driveline mounts, and tyres will be approaching or have already reached the upper end of their expected service life. There is no significant gap in the MOT record that would indicate prolonged periods of standing, which reduces the likelihood of standing-related issues such as brake disc corrosion, binding calipers, or flat-spotted tyres, but it does increase the probability of accelerated wear on consumables and a higher cumulative stress load on the transmission and rear axle assemblies. Buyers should anticipate that several major service items may be due imminently given the odometer reading. Given the recorded failures and advisories, a prospective buyer should undertake a focused inspection starting with the tyres. The dangerous failure on the offside front and the advisory on the offside rear suggest a possible tracking, camber, or suspension geometry issue on that side of the vehicle, so all four tyres should be examined for uneven or feathering wear patterns, and the nearside pair should be checked carefully despite no recorded advisories. During a test drive, listen for suspension knocks or clonks over speed humps and uneven surfaces, particularly from the front offside, and pay attention to any pulling to one side under braking or a vague, wandering steering feel, as these can indicate worn bushes, weak shock absorbers, or distorted components. The parking brake efficiency failure from 2025 is also a significant indicator; the rear brake mechanism, including calipers, drums or discs, handbrake cables, and the self-adjustment mechanism, should be physically inspected for binding, seizing, or excessive travel, and a firm, confident handbrake lock should be confirmed on a hill during the road test, along with smooth, balanced footbrake application without shudder, judder, or excessive pedal travel. Beyond the documented MOT concerns, the mileage profile demands attention to several age- and use-related items. Brake discs and pads are likely to require inspection for wear thickness and surface condition, and the high annual mileage means a transmission fluid and filter change, if not recently evidenced in the service record, would be prudent to verify. Diesel-specific items such as the Diesel Particulate Filter should be confirmed as healthy, particularly given the high cumulative mileage, and any warning lights relating to emissions or regeneration cycles should be monitored during a prolonged test drive involving sustained higher speeds to encourage active regeneration. Check for fluid leaks beneath the vehicle, particularly from the rear axle, steering box, and engine oil seals, and inspect the underside for any corrosion, oil contamination, or worn flexible components. Finally, verify the service book history and confirm that time-based servicing items such as brake fluid, coolant, and timing belt or chain intervals have been observed in line with manufacturer schedules, as high-mileage commercial vehicles depend heavily on strict adherence to servicing intervals for long-term reliability.