2014 Vauxhall Vivaro 2.0L Diesel · EX64 VGC

The Vauxhall Vivaro presented a PASS on its most recent MOT dated 14 August 2026, although this follows an outright FAIL just three days earlier on 11 August 2026 where five major defects were recorded. The intervening repairs appear to have addressed the failed items sufficiently to achieve a pass, though advisories remain for both front tyres being worn close to the legal limit and on edge, indicating alignment or suspension geometry issues that were not fully resolved. Reviewing the broader MOT history reveals a recurring pattern of front-end lighting failures, suspension and steering wear, and brake-related concerns spanning from 2019 through 2026. This trajectory, combined with a 2021 fail for excessive play in both track rod ends and a 2026 fail for an excessively worn trailing arm bush, suggests a worsening rather than stable maintenance trend, with structural wear in the steering and suspension accumulating over time despite repeated test attempts. Recorded mileage stands at 203,656 miles across approximately twelve years of service, equating to an annual average of around 16,971 miles, which is substantially higher than typical light commercial vehicle usage. This elevated mileage profile is consistent with the operational demands placed upon a Vivaro, likely indicating sustained commercial or fleet use rather than private mileage. Such high accumulation accelerates wear on major mechanical assemblies including the clutch, turbocharger, dual-mass flywheel if fitted, and gearbox synchros, while also bringing forward the replacement intervals for suspension bushes, wheel bearings, brake discs, and the timing belt if it has not been refreshed in line with manufacturer schedules. The MOT history displays noticeable gaps between tests, with no recorded entries between February 2021 and April 2024, suggesting either a period off the road or irregular testing, though the mileage accumulation between recorded tests appears continuous. Given the recurring defects relating to steering and suspension components, a prospective buyer should conduct a thorough test drive paying particular attention to any clonks or knocking from the front end over speed humps and uneven surfaces, as this would indicate further deterioration of the trailing arm bushes, anti-roll bar links, or wishbone bushes beyond what was rectified at the recent test. Steering should be inspected for wandering, vibration through the wheel, or any slackness at the straight-ahead position, as the historical advisories for play in the steering arm and the 2021 failure for track rod end play point to a vehicle prone to premature wear in these joints. Uneven or feathering tyre wear across the front axle should be checked closely given the advisory noting edge wear on both front tyres, as it may indicate unresolved camber issues, worn suspension bushes, or a bent component. Brake performance warrants a sustained pedal application test to confirm the parking brake holds the vehicle on an incline without excessive travel, given the 2026 failure for parking brake efficiency below requirements. Beyond the recorded defects, a vehicle of this age and mileage demands careful inspection of items that deteriorate with calendar age regardless of use, including 12V battery health, particularly as Vivaros of this generation are known for parasitic drains from aftermarket electrical fittings, and the condition of all coolant, brake fluid, and power steering fluid which require periodic replacement independent of mileage. The timing belt and associated tensioners should be verified as replaced within the manufacturer's recommended interval, and the turbocharger and intercooler pipes inspected for oil leaks or boost loss symptoms. The rear fog lamp failure noted in 2024 and front lighting failures in 2026 suggest the vehicle's electrical system or connectors may be vulnerable to moisture ingress or corrosion, so all exterior lamps should be individually verified before purchase. Given the high mileage commercial history, a compression test or oil analysis would be prudent to assess internal engine wear, and the underside should be examined for corrosion or fluid leaks from the engine, gearbox, and differential seals which would have been stressed by sustained heavy use.