2009 Hyundai I10 1.2L Petrol · RO59 PGF

The 2009 Hyundai i10 presents a mixed roadworthiness picture with a clear pattern of deteriorating rear suspension components over several years. The most recent MOT on 8 October 2025 at 75,722 miles resulted in a failure due to severely corroded rear coil springs on both sides, along with worn front tyres and a worn rear shock absorber bush. A retest on the same day passed after remedial work, but the underlying trend shows persistent suspension corrosion that has been flagged annually since at least 2023. The maintenance trajectory is neither stable nor fully resolving. Rear coil spring corrosion appeared as an advisory in October 2023, escalated to a failure by October 2024, and remained a failure point in October 2025 despite repairs being carried out between tests. This cycle of repeated corrosion-related failures suggests the vehicle may have been subjected to conditions accelerating underbody decay, possibly road salt exposure or prolonged standing, and that repairs may have been addressed reactively rather than with comprehensive rust prevention. The recorded mileage of 75,722 miles across approximately 17 years equates to roughly 4,454 miles per year, which is notably low for a city car of this type. The MOT records show a steady but modest accumulation: 71,586 miles in October 2023, 73,584 miles in October 2024, and 75,722 miles in October 2025, representing about 2,000 miles per year over the most recent two-year window. This pattern suggests the vehicle has been used consistently but sparingly, with no dramatic gaps or sudden spikes in the recorded data. Low annual mileage can reduce wear on drivetrain and braking components, yet it also raises the possibility of extended periods of inactivity, which can contribute to the kind of corrosion observed on the rear springs and shock absorbers. A prospective buyer should pay close attention to the rear suspension and underbody condition during any in-person inspection. The repeated identification of corroded rear coil springs across three consecutive MOT cycles is a structural concern rather than a minor consumable issue. Corroded springs with reduced cross-sectional area can fail catastrophically under load, compromising vehicle handling and ride height. The rear shock absorbers have also been flagged for corrosion and worn bushes, indicating the entire rear damping assembly may be approaching the end of its serviceable life. Front suspension components, including lower arm rear bushes and Macpherson strut top bushes, have shown progressive wear, which can manifest as vague steering, uneven tyre wear, or knocking over rough surfaces. Beyond the suspension, the October 2025 failure for worn front tyres suggests basic consumable maintenance may not have been kept current, and the wiper defect points to general upkeep being addressed only when legally required. The 2023 failure for a worn anti-roll bar linkage ball joint and non-functional lighting components further supports the impression of a vehicle maintained to minimum MOT compliance rather than a proactive standard. Any inspection should include a thorough underbody examination for active corrosion, a check of all suspension bushings for perishing or play, and verification that the replacement coil springs fitted after the October 2025 failure are of adequate quality and properly treated against future corrosion. A pre-purchase inspection by a qualified mechanic is strongly recommended before committing to this vehicle.