2008 Toyota Yaris 1.3L Petrol · FV57 XCU

A pattern of progressive underbody corrosion sits at the heart of this Yaris's MOT record, particularly around the rear axle, rear coil springs, rear brake pipes, and rear suspension mounting areas, which have appeared as advisories with increasing consistency since 2021. The most recent test on 14 January 2026 recorded a pass alongside corrosion advisories on the rear axle, rear exhaust, and both front brake hose ferrules, continuing a trend that began with nearside and offside rear axle corrosion flagged in January 2024 and rear coil spring corrosion first noted back in January 2022. Two failures appear in the history: a dangerous failure on 15 January 2021 for an offside front shock absorber likely to become detached, accompanied by advisories for external damage to all four shock absorbers and rear brake pipe corrosion, and a major failure on 17 January 2025 for a non-functioning offside rear stop lamp, which was remedied the same day. The shock absorber failure is the most concerning single event, as a dangerous categorisation indicates the component was at imminent risk of separation, while the recurring corrosion on structurally significant areas suggests this is a vehicle where the chassis and underbody components warrant close physical scrutiny. Recorded mileage of 86,608 miles across approximately 18 years equates to an annual accumulation of around 4,800 miles, which is notably low for the vehicle's age and consistent with predominantly short or infrequent use. This usage profile reduces wear on high-mileage items such as the engine internals, clutch, and gearbox, but conversely exposes the underbody and mechanical components to the effects of standing for prolonged periods, where moisture ingress, surface oxidation, and corrosion of brake lines, springs, and exhaust components accelerate even without covering distance. The fact that corrosion-related advisories have accumulated steadily year on year despite the modest mileage supports the interpretation that periods of inactivity have contributed materially to the underbody condition. Buyers should be mindful that low recorded mileage does not equate to preservation of all components, particularly in a vehicle of this age and manufacturing era where factory rust protection has now largely deteriorated. From a test drive perspective, the suspension components flagged throughout the record demand particular attention. The history of shock absorber casing damage, the dangerous front shock detachment failure, and the corroded rear coil springs and suspension mounting areas mean the vehicle should be driven over varied road surfaces including potholes, speed humps, and uneven B-roads, listening for clonking or knocking from the front strut tops, rear axle area, and boot floor pan, as well as any looseness or slack in the steering over bumps. Body roll through corners should be observed, and the vehicle checked at standstill with the wheels pushed laterally to detect worn bushes. Brake feel requires careful assessment because the corroded rear and front brake pipes and the ferrule corrosion recorded in 2026 could indicate weakening pipework; the pedal should feel firm without excessive travel or sponginess, and any pulling under braking or judder through the pedal warrants investigation of the calipers and discs. The oil leak advisory recorded in 2022, noted as not excessive, should be checked by inspecting the engine underside and underbonnet for fresh oil residue and the condition of the sump, cam cover, and oil filter housing gaskets, with attention paid to whether the leak has worsened since. The brake hoses with corroded ferrules at the front should be physically inspected for surface rust, cracking, or weeping under pressure, and ideally the brake fluid should be checked for age and contamination. Finally, the corroded rear exhaust and rear axle advisories from 2026 should prompt a thorough visual examination of the underbody, ideally on a ramp, to assess the extent of corrosion on the rear axle beam, subframe mounting points, and exhaust hangers, as continued progression in these areas could lead to a future test failure and significant repair cost.