2013 Vauxhall Vivaro 2.0L Diesel · DF13 EXA

The most recent DVSA examination on 18 November 2025 resulted in a fail, with the vehicle presenting three major defects relating to the hazard warning system and windscreen washer alignment, alongside an advisory for an inoperative high-mounted stop lamp and a defective spare tyre. While the previous test in November 2024 passed with advisories, it should be noted that this pass followed an earlier fail at the same attendance for an inoperative registration plate lamp. Reviewing the broader MOT history, the maintenance trend is showing signs of deterioration rather than stability, as there have been multiple failures in recent years involving lighting components, wiper blades, and a notable dangerous defect for inoperative stop lamps in 2022. The recurrence of front wiper blade defects across consecutive tests and the multiple direction indicator discolouration advisories suggest that the vehicle may be receiving only minimal attention between statutory tests, particularly with regard to basic electrical and visibility-related items. The front and rear brake disc advisories recorded in 2024, combined with ongoing wear items, indicate that the braking system is being used heavily in line with the vehicle's likely commercial mileage profile. The recorded mileage of 147,040 miles over approximately thirteen years equates to an average annual mileage of around 11,311 miles, which is broadly typical for a vehicle of this age and is consistent with commercial or fleet use given the Vivaro's market positioning. The mileage accumulation appears steady and progressive across the recorded test entries, with no significant gaps that would suggest extended periods of standing. This continuous usage pattern is mechanically favourable in some respects, as regular driving helps prevent issues such as seized brake calipers, perished coolant hoses, and dried seals, but it does place consistent demand on wear components such as clutches, dual-mass flywheels, turbochargers, suspension bushes, and engine oil quality. At this mileage, a prospective buyer should expect that major service items including timing belts, injectors, and clutch assemblies may already have been renewed or be approaching the end of their service life, depending on whether the vehicle has been operated predominantly on urban or motorway cycles. A test drive should focus carefully on the braking system, paying particular attention to the condition of the discs noted in the 2024 advisories. Pulsation through the pedal or steering wheel vibration under braking would suggest that the discs have worn beyond their service limit and require skimming or replacement, while any grinding or squealing could indicate pad wear down to the metal. Listen for clonking or knocking noises from the front suspension, especially over speed bumps and during full-lock manoeuvres, as the 2021 advisories noted sub-frame pin or bush wear and slight play in the offside front suspension arm ball joint, both of which are common failure points on high-mileage Vivaros and tend to progress. Check that the seat belt buckle on the nearside front retracts and latches securely, given the major defect recorded in 2022, and verify that all lighting operates correctly including the high-mounted stop lamp, registration plate illumination, hazard switch, and direction indicators. The washer jets should be checked for correct aim, and the spare tyre examined for condition and pressure, as both received advisories at the latest test. Given the calendar age of thirteen years, several age-related checks should be undertaken regardless of the recorded MOT outcomes. Inspect all tyres, including the spare, for sidewall cracking and perishing, which is common on older vehicles regardless of tread depth, and confirm manufacturing dates via the DOT markings. Examine the bodywork, particularly around wheel arches, sills, and underbody seams, for structural corrosion, which is a known issue on first-generation Vivaros and can lead to MOT failure if advanced. Verify the age and condition of the 12V battery, as units beyond five years often struggle in colder conditions and may produce intermittent electrical faults consistent with the lighting issues seen in the test history. Check all fluid levels and their service dates, particularly the brake fluid which has a typical replacement interval of two years due to its hygroscopic nature, the coolant which should be refreshed to prevent internal corrosion, and the engine oil which on a high-mileage diesel may indicate earlier consumption if dark or smelling of fuel. Finally, ensure that a complete service history is available, as the cumulative wear from this mileage level demands documented evidence of regular maintenance to confirm the long-term mechanical integrity of the drivetrain.