2014 Vauxhall Vivaro 2.0L Diesel · FN14 LBY

The defining mechanical story of this Vauxhall Vivaro is one of persistent front-end and under-bonnet wear, with the 2026-06-01 pass following only three days after a fail on 2026-05-28 that included a dangerous parking brake efficiency below 50% of the required value, alongside major defects for both front drive shaft CV boots, a nearside rear trailing arm bush, and a nearside front suspension ball joint. This pattern of clustering major and dangerous defects close to test dates is not isolated; a 2024-06-19 fail also recorded a dangerous brake pad finding under 1.5 mm thick, a nearside front track rod end with excessive play, and the offside front CV boot split, with an advisory noting that rear brake pads were already wearing thin. Taken together with five advisory-laden passes across 2021 to 2025 covering steering rack inner joint play, recurring front and rear tyre edge wear, and brake pads requiring attention, the record suggests a vehicle whose consumable and chassis components have been approaching or crossing the legal threshold on a near-annual basis, rather than one with a clean bill of roadworthiness. With 153,860 miles accumulated over roughly twelve years, this Vivaro averages close to 12,800 miles per year, which is high for a passenger-derived van of this vintage and consistent with sustained commercial or fleet-style use. The MOT intervals remain tightly annual with no multi-year gaps that would suggest prolonged standing, so the mileage progression appears continuous rather than the product of either long storage or a sudden late-life increase. High annual mileage of this kind accelerates wear on brake friction material, steering and suspension joints, CV boots, and tyres, all of which is reflected directly in the advisories and failures recorded here. The repeated nearside and offside pairing of wear items also points to even loading rather than a single isolated incident. For a prospective buyer, the steering and front suspension area should be the priority focus on any inspection, given the 2024 track rod end failure, the 2025 advisory for slight play in the offside front track rod end ball joint, the 2023 advisory for play in steering rack inner joints, and the 2026 major for the nearside front suspension arm ball joint and nearside rear trailing arm bush. On a test drive, listen for clonks or knocks from the front end over speed humps and uneven surfaces, particularly on full lock, where worn ball joints and track rod ends typically produce audible knocking and vagueness in the steering. Check for uneven or feathered front tyre wear, as the recurring advisories for nearside and offside front tyres worn on edge suggest the geometry or component wear is pulling the tracking out repeatedly, and feel for any looseness or rattle through the steering wheel when turning. Inspect the rear trailing arm area for cracking or perishing in the rubber bush and any lateral movement when rocking the wheel by hand. The braking system warrants equally close attention following the dangerous brake pad finding in 2024 and the 2025 advisory that service brake requirements were only just met with the parking brake requiring adjustment or repair, followed by the dangerous parking brake efficiency result in 2026. On test, the pedal should feel firm with no excessive travel, and there should be no pulling to either side under moderate or firm braking, which would indicate a binding caliper or a seized slider given the mileage. Inspect all visible brake pipes and flexible hoses for corrosion, surface rust, or weeping, as vans of this age and mileage are prone to corroded underbody brake lines, and confirm the parking brake holds the vehicle on a slope without excessive lever travel. Finally, examine both front CV boots for splits, grease loss, or fresh replacement, since both sides have been flagged in successive tests, and check the rear tyres for edge wear consistent with the pattern of advisories, as uneven wear often traces back to the same suspension wear items already flagged in this record.