2009 SEAT Ibiza 1.4L Petrol · FE59 WGU

The vehicle remains roadworthy but the maintenance trend shows a shift from reactive repairs to addressing accelerating component degradation. The most recent test in August 2025 at 173,618 miles flagged multiple advisories across the front suspension, braking system, and tyres simultaneously. While the car passed, the presence of oil misting on both front shock absorbers, worn/pitted front brake discs, and significant tyre wear indicates that the vehicle is entering a phase where multiple mechanical replacements are imminent. The mileage pattern is consistent with a 17-year-old vehicle, averaging approximately 10,200 miles per year. The data shows steady accumulation, with 12,144 miles covered between the August 2024 and August 2025 tests, and another 12,571 miles in the preceding year. This regular usage suggests the engine and drivetrain have likely been subjected to consistent operating temperatures, rather than sitting for long periods, which generally prevents internal seizing but explains the high wear on rubber components and suspension bushings seen in the record. A buyer must prioritize a close physical inspection of the rear suspension arm, as the 2025 test noted corrosion on the axle beam. Although currently rated as not seriously weakened, structural rust on vehicles of this age often progresses rapidly if not treated. The MOT history also reveals recurring exhaust issues, dating back to 2022 and 2024 with minor leaks and noisy silencers, suggesting the exhaust system may require a full replacement soon to prevent further emission failures. The front end requires immediate attention due to the pitted brake discs and the fact that all three flagged tyres are nearing the legal depth limit. Given the 2023 failure related to track rod ends and anti-roll bar linkages, the buyer should verify that these steering components were properly replaced and that no new play has developed in the joints. The misting on the shock absorbers suggests the seals are failing, which will eventually lead to a loss of damping quality and uneven tyre wear.