2012 Mercedes-Benz Vito 2.1L Diesel · FD12 LUB

A fourteen-year-old Mercedes-Benz Vito carrying 112,111 miles arrives at its most recent assessment on 19 September 2024 with a pass and no recorded defects, yet the underlying record tells a more uneven mechanical story. The pass sits one day after a failure on 18 September 2024 involving four major defects: a non-functioning nearside front headlamp on dipped beam, an inoperative engine management indicator lamp (MIL), a secondary parking brake showing inadequate effort at a wheel on a single-line braking system, and overall parking brake efficiency below requirements. Two earlier failures are also recorded, on 9 March 2022 and 3 March 2020, both flagging a supplementary restraint system warning lamp fault, alongside an insecure rear exhaust clamp on the 2022 test and a non-working nearside front position lamp in 2020. Across six tests from 2020 to 2024, three failures and one pass with advisories are recorded, indicating a vehicle that has required repeated rectification to clear statutory roadworthiness rather than one with a continuously clean trajectory. Annual mileage of roughly 8,008 miles over fourteen years is broadly typical for a vehicle of this age and class, although the test dates themselves reveal a relatively sparse testing cadence. The gaps between tests exceed the calendar intervals expected from an annually tested vehicle, suggesting periods of either non-use, exemption, or late presentation. The most recent retest on 19 September 2024 immediately follows the 18 September failure, and the previous test sits in March 2023, meaning the intervening year brought no recorded assessment despite the statutory anniversary falling due. For a commercial-derived Vito of this age, such irregular presentation does not in itself confirm mechanical condition, but it does mean prospective buyers cannot rely on a continuous year-on-year picture of wear progression, particularly for time-dependent items such as corrosion, rubber deterioration, and brake hydraulic condition. Given the suspension advisories recorded on 11 March 2022 for nearside and offside front suspension arm pins or bushes showing wear without excessive movement, particular attention should be paid to the front suspension geometry during any inspection. On a test drive, listen for clonking or knocking over uneven surfaces and speed humps, particularly through the front axle, and feel for vagueness or imprecise turn-in under steering input, which would suggest the pins or bushes have progressed beyond advisory tolerance. Examine the front control arms, anti-roll bar drop links, and ball joints for splitting, perished rubbers, or visible play when loaded, and check the inner and outer CV gaiters for splits, as any grease loss would accelerate joint wear on a vehicle of this mileage. The 2024 brake-related failures warrant focused scrutiny of the parking brake mechanism and the single-line secondary brake circuit. On a stationary test, pull the handbrake against a moderate incline and confirm the vehicle holds firmly on both rear wheels without one side dropping or slipping. On the road, evaluate rear brake balance under light pedal application, listening for binding or dragging calipers that would point to seized rear mechanisms, and inspect the rear brake pipes and flexibles for corrosion, swelling, or weeping, particularly along the underbody where salt exposure is common. The supplementary restraint system warning lamp fault recorded in both 2020 and 2022 should be investigated through diagnostic readout rather than dismissed, as intermittent airbag or pretensioner faults can clear at test time but remain latent. Additionally, inspect the exhaust system mounting and clamps along the centre and rear sections, as the recorded insecurity in 2022 points to potential hanger fatigue, and verify the headlamp and position lamp functions personally, as two separate lighting failures have occurred across the record.