2009 Hyundai I20 1.2L Petrol · EK09 PYZ

A recurring pattern of progressive wear and localized neglect defines the roadworthiness trajectory of this Hyundai, which secured a pass on January 8, 2026, only after rectifying an initial failure for a defective supplementary restraint system warning lamp and a failing windscreen wiper. The historical record indicates a persistent accumulation of advisories and intermittent test failures over the years, pointing to a vehicle that requires ongoing mechanical attention rather than one with a pristine compliance record. While it consistently returns to the road following repairs, recurring items relating to deteriorating auxiliary belts, corroding engine components, and suspension play suggest that previous test events have left behind lingering mechanical debts that compound over time. Accumulating 125,114 miles across roughly seventeen years yields an average of approximately 7,360 miles annually, representing entirely typical middle-of-the-road usage for a hatchback of this vintage. This steady pace of mileage accrual avoids the extreme mechanical degradation associated with high-intensity commercial use, yet it is high enough to ensure that core consumables, drivetrain components, and structural interfaces have experienced significant operational cycles. The absence of extended testing gaps means the vehicle has been in regular active service, exposing its underbody and chassis to years of seasonal moisture and road salt accumulation without prolonged periods of static preservation. Prospective buyers must conduct a rigorous physical inspection of the specific components flagged in recent tests, starting with the auxiliary drive belt and the heavily corroded oil filter noted on the latest certificate. Listen closely during a cold start for squealing or chirping from the ancillary belt system, inspect the engine bay for active oil leaks that were previously logged, and verify that the supplementary restraint system warning light illuminates correctly on ignition and extinguishes promptly. On the test drive, pay strict attention to the front suspension, checking for knocking noises or vagueness in the steering that would corroborate past advisories regarding anti-roll bar linkage play and inner steering rack joint wear. The braking system and structural underpinnings also demand close scrutiny prior to purchase, given the history of corroded rear brake pipes, greased lines, and deteriorated constant velocity boots. Inspect the rear brake hose ferrules and brake pipes for advanced surface oxidation while the vehicle is raised on a ramp, and test the brake pedal feel for any sponginess or excessive travel that could indicate failing hydraulics or worn friction materials. Finally, thoroughly check the condition of the nearside inner driveshaft boot to ensure grease has not contaminated surrounding components, and inspect the tyres and road wheels for the minor distortions and edge wear noted in prior MOT examinations.