2006 Vauxhall Vivaro 1.9L Diesel · FD55 LGF

The most recent DVSA examination on 6 June 2025 resulted in a Pass, which is encouraging, however the associated minor defects and advisories should not be overlooked when assessing overall condition. The minor items included a damaged windscreen that does not currently impede the driver's view and a severely deteriorated offside front outer constant velocity boot on the drive shaft, the latter of which is a known precursor to CV joint failure if grease escapes and moisture ingress occurs. Advisories were also recorded for light oil misting from the offside front shock absorber, wear on both front brake discs, and thinning front brake pads. A close inspection two days earlier on 4 June 2025 produced a Fail with major defects relating to insufficient windscreen washer fluid, an inoperative offside front position lamp, and an excessive engine oil leak, alongside the same windscreen and CV boot defects. Considering the broader MOT history, the maintenance trend is showing clear signs of deterioration rather than stability, with the 2024 failure highlighting excessively worn nearside and offside front suspension arm ball joints, recurring oil leaks noted across multiple tests since 2022, anti-roll bar linkage wear, and progressively flagged brake and suspension component concerns. The recorded mileage of 118,178 miles over a twenty-year service life equates to an average of roughly 5,900 miles annually, which is considerably below the typical mileage for a commercial van of this type. This low annual figure strongly suggests extended periods of standing or only intermittent use, and such patterns carry their own particular mechanical implications. Standing accelerates corrosion on brake discs due to surface rust, can lead to binding or seized brake calipers, drains the 12V battery through parasitic loads and lack of regular charging, and degrades rubber components through perishing and drying out rather than mechanical wear. Equally, calendar-based fluid degradation in the engine oil, coolant, brake fluid, and power steering fluid must be considered irrespective of low odometer readings, as these consumables lose effectiveness with age alone. Given the recurring advisories and defects recorded over the MOT history, a prospective buyer should undertake a thorough physical inspection before purchase. The front brake discs should be examined for lipping, hot spots, and surface corrosion, as excessive wear was flagged in 2025 and the pads were reported as thinning; a test drive should focus on detecting any brake shudder through the steering wheel, sponginess in the pedal, or pulling to either side under braking. The offside front shock absorber has shown light oil misting on two separate occasions, so the unit should be inspected for heavier seepage and the vehicle pushed laterally at each corner to identify any clonking or excessive rebound that would indicate shock absorber wear or top mount deterioration. The nearside front Macpherson strut pin or bush advisory from 2020 should also be rechecked for renewed movement, as such components commonly loosen over time. The engine oil leak is a persistent finding dating back to 2022 and escalated to an excessive level by mid 2025, so the sump, cam cover, and front crankshaft seals should be visually inspected for fresh oil residue, and the dipstick and oil level checked for signs of overfilling or contamination. Additional attention should be directed towards the constant velocity boot noted as severely deteriorated in 2025, as a torn boot will rapidly destroy the CV joint once grease is lost and contamination takes hold; listen for clicking or knocking on full lock during a test drive, particularly on the offside front. The offside rear tyre advisory from 2022 regarding cracking or perishing warrants a close inspection of all four tyres for sidewall deterioration, as a twenty-year-old vehicle is particularly susceptible to age-related rubber degradation even with reasonable tread depth remaining. Check the 12V battery for holding charge and verify the date stamp on the casing, confirm recent service history with evidence of brake fluid and coolant changes, and inspect the underbody for corrosion given the vehicle's age. Finally, verify the operation of all position lamps, ensure the washer system is fully functional, and confirm that any previous suspension arm ball joint replacements were carried out with quality components, as the 2024 failure on both sides suggests a possible underlying issue with component quality or related geometry that may recur.