2008 Vauxhall Vectra 2.0L Diesel · FX08 SVZ

The vehicle’s most recent MOT on 2026‑02‑18 recorded 129 989 miles and passed, yet the tester flagged a series of advisories: near‑side front and rear tyres worn to the legal limit, a rear nail puncture, corroded rear coil springs on both sides, an exhaust flexi leak, and minor corrosion on the coil spring assemblies. The preceding test on 2026‑02‑17 at the same mileage had failed, citing an inoperative engine MIL, incorrect headlamp aim, a cut tyre reaching the cords, a fractured front coil spring, a breached anti‑roll bar linkage dust cover, and excessive exhaust emissions. The pattern shows the car was brought back the following day for corrective work, but the underlying defects remain unresolved. Consequently the roadworthiness status is marginal; the maintenance trend is stable rather than improving, with recurring suspension, tyre, exhaust and emissions issues persisting across multiple test cycles. Mileage progression indicates a steady rate of wear. The log shows 39 674 miles recorded on 2015‑06‑09, rising to 129 989 miles by 2026‑02‑18 – roughly a 90 000‑mile increase over about eleven years, or approximately 8 200 miles per year. This accumulation is consistent with normal usage for an 18‑year‑old vehicle, but the concentration of defects in the final twelve months suggests a decline in routine upkeep. Earlier entries, such as the 2023 and 2024 passes with only tyre wear noted, contrast with the recent cluster of coil spring corrosion, fractures, and exhaust leaks, indicating that basic servicing was neglected as the car aged. A prospective buyer should inspect the suspension coil springs for corrosion and fracture, particularly the near‑side front and both rear coils that have been flagged repeatedly. The brake and tyre condition demands scrutiny: tread depth is at the legal limit on several tyres, and foreign objects such as nails are present in rear tyres. The exhaust system shows a flexi leak and past emissions exceedances, so a visual check for rust holes and an exhaust gas analysis are advisable. The engine management system’s MIL history and headlamp aim must be verified, as does the integrity of the anti‑roll bar linkage dust covers and any play in the ball joints. Finally, the under‑tray and engine bay covers observed in earlier tests should be removed to allow a thorough inspection of the chassis and drivetrain for hidden corrosion or damage.