2022 Mercedes-Benz Sprinter 315 Progressive CDI 1.9L Diesel · PF71 NVP

The vehicle is currently roadworthy but the maintenance history indicates a worsening trend regarding reactive rather than proactive upkeep. While it passed its latest test in April 2026 at 96,617 miles, it carried multiple significant advisories that were previously flagged as failure points just one month prior. The persistence of corroded brake pipes and deteriorating tyre condition suggests that the owner only addresses mechanical faults when forced to by an MOT failure, rather than performing preventative maintenance or regular inspections. The Sprinter shows high annual usage for its age, covering over 24,000 miles per year on average. The interval between the March 2025 test at 71,356 miles and the March 2026 test at 96,605 miles reveals a rapid accumulation of 25,249 miles in a single year. This high-intensity operation places considerable strain on the drivetrain and heavy suspension components, which is consistent with the deteriorating state of the brake lines and tyres noted in the recent records. A physical inspection must focus heavily on the braking system and underbody. The tester flagged excessive corrosion on the offside front brake pipe and corrosion on the nearside rear pipe in March 2026, with the latter remaining an advisory in April. A prospective buyer should verify the integrity of all hydraulic lines and ensure the corrosion is not structural, which could lead to a sudden failure. Furthermore, the offside seat belt webbing remains damaged after two consecutive tests, representing a safety defect that requires immediate replacement. The tyres also show a clear pattern of uneven wear and material perishing, particularly on the nearside front and rear. Given the high mileage and the nature of the wear, the suspension bushes and coil springs should be checked for signs of premature fatigue or heavy stress. The vehicle appears to be a hard-worked commercial tool where basic maintenance has been neglected in favor of operational continuity.