2013 Mercedes-Benz Sprinter 2.1L Diesel · LL63 UPS

This Sprinter presents an unusual MOT profile that warrants close attention, dominated by two failed tests within the recorded history that did not result in any documented advisories or defect entries. The most recent assessment on 2025-11-08 returned a clean pass with no defects recorded, immediately following a pass in September 2024. However, that 2024 pass was achieved just ten days after a failure on 2024-09-17, and similarly the 2023 pass on 2023-05-24 occurred only two days after a failure on 2023-05-22. This pattern of consecutive pass-fail sequences suggests retest submissions following remedial repairs rather than underlying mechanical deterioration, but the absence of any advisory or defect data on the failed tests is atypical. It means any component replaced or repaired between the failure and subsequent retest remains unknown from the DVSA record alone, which is a significant information gap when assessing future reliability. Against a thirteen-year vehicle age, the recorded 142,158 miles equates to an annual accumulation of roughly 10,935 miles per year, which sits firmly within the expected working range for a commercial Sprinter of this vintage. The test history shows consistent annual engagement, with no multi-year gaps that would suggest extended periods off the road and therefore no immediate concerns regarding stationary component degradation such as seized brake calipers, deteriorated fuel system seals, or moisture-ingested clutch hydraulics. That said, the mileage is meaningful for a vehicle of this size and weight class, and high-mileage Sprinters typically show wear on suspension bushes, anti-roll bar linkages, brake discs, and dual-mass flywheel or clutch assemblies depending on transmission type. The DVSA record itself does not document component degradation that would be expected at this mileage, which means either wear items were proactively addressed between tests or the failures involved emissions or lamp items not requiring advisory entry. For a prospective buyer, the priority is to establish exactly what caused the two failures in 2023 and 2024 before committing to purchase. Request the invoices or repair documentation from the selling dealer or previous keeper covering both failed-to-pass retest sequences, as common Sprinter failure points include diesel particulate filter readings exceeding permissible limits, headlamp aim or bulb failure, and emissions-related faults triggered by sensor wear. On a physical inspection, pay particular attention to the condition of the brake discs and pads, as commercial Sprinter discs wear rapidly under load and warped or excessively corroded discs are common at this mileage. Check the rear leaf spring bushes and front lower control arm bushes by pushing down firmly on each corner and releasing; any continued bouncing rather than a single controlled rebound suggests worn dampers or degraded bushes, neither of which always trigger an advisory until severely worn. During a test drive, listen carefully for clonks from the front suspension over speed humps and uneven surfaces, which would indicate worn drop links, anti-roll bar bushes, or top mount bearings. The steering should remain precise without excessive play on the straight-ahead, as heavy commercial use often leads to wear in the steering rack or tie rod ends on high-mileage Sprinters. Under braking, monitor for any vibration through the pedal or steering wheel, which points to disc run-out, and confirm the vehicle does not pull noticeably to either side. Finally, observe the exhaust for excessive smoke on startup or under load, and check for any signs of oil misting around the engine and turbocharger area; given the mileage and the lack of documented advisories covering fluid leaks, any seepage visible at the time of inspection would suggest components are now approaching replacement thresholds.