2014 Vauxhall Vivaro 2.0L Diesel · DF63 EPV

The most recent DVSA examination on 27 February 2026 resulted in a PASS, although this followed immediately after a FAIL one day earlier on 26 February 2026, where the vehicle was refused for an offside stop lamp not working and, more significantly, an offside front Macpherson strut mounting that was recorded as damaged and seriously weakened. A Macpherson strut top mounting in this condition is a critical structural and safety-related component; it locates the strut to the body shell and controls steering geometry and wheel alignment, and a seriously weakened unit can allow excessive movement, knocking noises over bumps, and vague or wandering steering response. The fact that the vehicle passed on the subsequent day implies remedial action was taken on these items, but this should be verified through documentation and a physical inspection of the strut area. The stop lamp defect and the central stop lamp advisory have been a recurring theme across the 2025 and 2026 tests and warrant checking of the high-level brake light wiring, switch, and bulb holders. Looking at the broader pattern, the maintenance trend is best described as reactive rather than stable. The November 2022 test recorded a fail on both front track rod end ball joints, with excessive play on the near and offside, alongside advisories for a corroded offside front-to-rear brake pipe and worn offside rear suspension arm pin or bush. The October 2021 test also failed on an offside front track rod end ball joint, and noted worn rear trailing arm bushes on both sides. Suspension bushes, track rod ends, and brake pipes are consumable service items on a commercial vehicle of this age and weight class, and the recurrence of these issues, particularly on the front axle, suggests the front suspension and steering geometry require close attention at the point of purchase. At 157,093 miles over twelve years, this Vivaro is averaging approximately 13,091 miles per year, which is broadly average to slightly above average for a light commercial of its type, and there are no obvious extended gaps in the MOT history that would indicate prolonged standing. The relatively continuous annual usage means wear is likely to be mileage-driven rather than age-driven, so brake discs, pads, clutch, dual-mass flywheel if applicable, and turbo components should be considered alongside the documented suspension concerns. Standing-related issues such as brake disc corrosion and binding calipers remain worth checking during a road test, as commercial vans frequently stand for days at a time between loads, but calendar-induced fluid degradation is likely to be a secondary concern here. A prospective buyer should carry out a structured inspection with particular reference to the recurring defect categories. On the test drive, listen for clonking or knocking from the front suspension over uneven surfaces and at low speed over speed humps, as this can indicate worn top mounts, strut bearings, or anti-roll bar links, and check for uneven front tyre wear which would suggest lingering tracking issues. The steering should be checked for any looseness at the straight-ahead position and for self-centring returning cleanly after turns. The offside front brake pipe, previously flagged as corroded and covered in grease, should be physically inspected along its entire length for corrosion pitting, as brake pipe corrosion is a common failure point on vans of this age and can lead to fluid loss. Rear trailing arm bushes should be examined for cracking or play by levering with a bar where accessible. Verify that the stop lamps, central high-level lamp, and registration plate lamps all illuminate correctly, and confirm that the strut top mounting repair has been properly documented. Finally, given the mileage, inspect brake disc condition and thickness, check for clutch slip or judder, examine the exhaust for corrosion or blowing joints, and confirm a full service history with evidence of timing belt or chain replacement according to manufacturer schedule.