2015 Vauxhall Vivaro 1.6L Diesel · EY65 PDU

The mechanical story of this 2015 Vauxhall Vivaro is dominated by a recent and concerning cluster of suspension, braking, and lighting defects that culminated in a failed test on 26 June 2026, with the vehicle subsequently passing on 6 July 2026 once the headlamp and coil springs were addressed. Between 2021 and late 2024 the record presented an outwardly clean roadworthiness profile, with passes recorded in October 2021, October 2022, and November 2023, followed by a clean pass on 26 November 2024. However, the true mechanical trajectory only became visible when the underlying wear items began to surface as major and dangerous defects, including dangerously thin rear brake pads, an excessively worn nearside front suspension arm ball joint, excessive nearside front wheel bearing play, fractured front coil springs both sides, and a failed offside front headlamp on dipped beam. The 2026 pass still carries advisories for corroded front and rear brake pipes, a worn offside front lower suspension arm bush, and minors for a deteriorated anti-roll bar ball joint dust cover and windscreen damage. The overall pattern indicates a vehicle whose heavy commercial use is now manifesting in accelerated wear of primary safety components, rather than a stable or improving condition. Recorded mileage stands at 163,053 miles across approximately eleven years of service, which equates to an annual accumulation of roughly 14,823 miles per year. This is high for the vehicle's age and consistent with sustained commercial or fleet-style operation rather than light private use. There is a notable gap in testing between the October 2021 and November 2023 entries, which can simply reflect the biennial MOT cycle rather than any lapse in road use, though the mileage accumulated during that period cannot be verified from the test record alone. The combination of high mileage and recent failures across braking, suspension, and wheel bearings suggests that consumables and load-bearing components on this Vivaro are approaching or passing through their normal service replacement thresholds at a relatively rapid rate, and any prospective buyer should anticipate further intervention on these systems in the near term. For an inspection and test drive, particular attention should be directed at the front suspension geometry, since the record flags both lower arm bushes and upper anti-roll bar ball joints on the offside, alongside an excessively worn nearside front arm ball joint in November 2024. On the road, listen for clonking or knocking from the front end over uneven surfaces, particularly over speed bumps and potholes, and feel for any vagueness or knocking through the steering wheel which could indicate renewed ball joint or anti-roll bar wear. The fractured front coil springs both sides noted in June 2026 are a serious failure on a commercial vehicle of this type, often caused by corrosion pitting or fatigue, so the vehicle should be inspected on a ramp for any signs of fresh corrosion on the replacement springs and surrounding strut housings. A bouncy or unsettled ride, particularly over undulating surfaces, may indicate incomplete spring repair or compromised dampers. The braking system warrants equally close scrutiny, given the dangerous rear pad thickness reading in November 2024 and the repeated advisories for corroded front and rear brake pipes covered in grease or other material. On test, the brake pedal should feel firm and progressive without excessive travel, and the vehicle should stop straight without pulling to either side, which could indicate a binding caliper following pad replacement. The brake pipes being coated in grease is a known method of temporarily masking surface corrosion, so a thorough under-bonnet and underbody examination is essential to confirm the actual condition of the metal beneath. Given the nearside front wheel bearing play recorded as a major defect in 2024, any humming, droning, or rumbling that increases with speed, or any looseness felt when rocking the front wheel by hand, should be treated as a priority rectification item. Finally, the headlamp aim and dipped beam function should be verified in person, as the failure record shows that an incorrectly aimed or non-functional offside headlamp has already been an issue twice within the recent testing cycle.