2006 Vauxhall Vivaro 1.9L Diesel · GF06 FDX

The most recent MOT on 10 April 2026 was passed, but it was accompanied by four advisories covering a headlamp product on the off‑side lens, a slightly worn bush on the off‑side front upper shock absorber, a near‑side front tyre approaching the legal limit and a near‑side rear tyre showing side‑wall cracking. Over the past six years the vehicle’s MOT record shows a pattern of recurring major defects – notably excessive wear on both front lower suspension arm ball joints, significant free play in the steering rack, and rear brake pads that fell below the minimum thickness – interspersed with periods of passing tests that still carry multiple advisories. Although the latest test succeeded, the frequency of serious failures in 2023 and 2025 indicates a maintenance trend that is overall deteriorating rather than stabilising. With 200,331 mi recorded on a 2006 Vivaro the average annual mileage works out at roughly 10,000 mi, which is typical for a light‑commercial vehicle of this age. The mileage does not suggest any prolonged periods of inactivity, but the cumulative distance is sufficient to have accelerated wear on suspension bushings, ball joints, brake components and tyre rubber. The relatively high mileage combined with the age of the vehicle means that wear‑related parts are likely approaching the end of their service life, and any latent corrosion in the chassis or under‑body may have progressed unnoticed. A prospective buyer should give particular attention to the front lower suspension arm ball joints on both sides; these have been flagged as excessively worn on several occasions and, if not replaced, will produce clunking noises over bumps and may lead to wheel mis‑alignment. The steering rack has shown excessive free play, so a thorough check for binding, uneven steering response or a loose steering column is essential. The rear brake pads were recorded as less than 1.5 mm thick in 2025 – they should be measured and, if still thin, replaced immediately, as insufficient pad thickness can cause reduced braking efficiency and increased rotor wear. The tyre side‑walls on the near‑side front and rear have been noted as cracking or perishing; inspect both tread depth and side‑wall integrity, looking for bulges, cuts or hardening that could precipitate a blow‑out. The off‑side headlamp lens has a product residue; verify that the light output meets legal standards after cleaning. Finally, the recurring oil leak advisory, though described as non‑excessive, warrants locating the source – a leaking valve cover gasket or oil filter housing can lead to oil starvation of critical components if the leak worsens. Given the vehicle’s age, even if the current advisories are addressed, time‑based deterioration must be considered. Check the 12 V battery for charge holding capacity and signs of sulphation, especially if the van has spent long periods idle. Examine the brake discs for surface rust or scoring, as standing can cause uneven wear. Verify that the coolant, brake fluid and gearbox oil have been changed within the recommended intervals; old fluids can lose their protective properties and lead to overheating or corrosion. A visual inspection of the under‑carriage for rust, especially around suspension mounting points and the exhaust system, is prudent. Confirm that the service book contains stamps for major items such as suspension ball joints, shock absorber bushes and brake pad replacements, and negotiate a post‑purchase inspection by a qualified mechanic to certify that all critical wear items have been either serviced or are within acceptable limits.