2015 Mercedes-Benz Sprinter 2.1L Diesel · WT15 AHZ

The Mercedes-Benz Sprinter holds a valid roadworthy certificate from the 17 February 2025 test at 192,368 miles, with the DVSA record showing no defects. The maintenance trend across the available history remains stable, as the preceding tests on 8 November 2022, 1 November 2023 and the repeated 14 February 2025 entry all returned no mechanical advisories. The vehicle failed on 14 February 2025 and again on 1 November 2023 before immediate passes on identical mileages, a pattern that signals procedural anomalies rather than escalating mechanical decay. At approximately eleven years old, the van has covered 192,368 miles, equating to a high average of 17,488 miles per year. The odometer advanced from 152,737 miles at the November 2022 test to 174,027 miles by November 2023, then to 192,368 miles by February 2025. That trajectory shows consistent heavy commercial use with no standing periods. The gap between the late-2023 and early-2025 examinations stretched to fifteen months, slightly beyond the annual cycle, yet the sparse record contains no minor consumable warnings such as tyre or wiper replacement. No recurring faults appear in the official data, but the high mileage and 2015 model year demand a physical inspection of suspension bushes, coil springs and brake discs for fatigue. The tester recorded zero corrosion or structural integrity concerns, nevertheless a buyer should probe chassis rails and body mounts for rust given the vehicle's age. Previous owners sustained the van through repeated fail/pass administrative loops without logged defects, implying either disciplined servicing or gaps in defect reporting. Drivetrain components including universal joints and gearbox seals warrant scrutiny under load, as the Sprinter's diesel engine and transmission have absorbed nearly 200,000 miles. The exhaust emissions tests passed without note, but a pre-purchase check should confirm turbo and DPF condition. This record provides no evidence of worsening neglect; it charts a numerically high but mechanically uneventful service life.