2016 Mercedes-Benz Sprinter 2.1L Diesel · RO16 JOA

The vehicle is currently roadworthy, but the maintenance trend shows a concerning pattern of mechanical wear and deferred repairs. While the most recent test on April 27 2026 at 154,425 miles resulted in a pass, it followed a failure for basic lighting and wiper issues. The tester continues to flag slight play in the nearside steering system and the nearside leaf spring mounting, indicating that while immediate safety failures are addressed, the underlying suspension and steering components are reaching the end of their service with ongoing degradation. At 154,425 miles over ten years, this Sprinter averages approximately 15,400 miles per annum. This high mileage is consistent with heavy commercial use, which places significant stress on drivetrain and chassis components. The record shows a steady accumulation of roughly 2,300 miles between the April 2025 and 2026 tests, suggesting consistent annual operation. However, the frequency of failures for items like tyres and wiper blades suggests the vehicle is only maintained when an MOT is imminent rather than following a proactive preventative schedule. A buyer must conduct a thorough physical inspection of the steering and suspension assembly. The history repeatedly notes play in the steering rack inner joints, ball joints, and leaf spring mountings, which are critical for handling stability on a vehicle of this weight. Furthermore, the 2025 report of corroded rear brake pipes and rear brake back plates requires a close look at the structural integrity to ensure corrosion has not progressed or been masked by grease, as noted in the previous advisory comments. The 2025 failure for three tyres with cuts reaching the cords highlights a history of neglecting consumable safety. The buyer should verify the current tread and sidew integrity of all tyres and check the offside seat belt webbing for further fraying as flagged in previous records. Given the high mileage and the progression of steeringrelated wear, the vehicle is likely to require significant investment in suspension components in the near future to maintain reliable operation.