2010 Hyundai I10 1.2L Petrol · LL59 WUT

The vehicle's most recent MOT outcome is a Pass dated 09 January 2026, accompanied by two advisories concerning insecure front screen wash jets and an offside front tyre described as only just legal due to inner edge wear. However, this Pass is qualified by an immediately adjacent failure entry on the same date, where the car was recorded with a Major defect for a non-functioning central rear seat belt. This pattern of an initial failure followed by an immediate re-test pass indicates that the vehicle required rectification within the same inspection cycle, which is a common occurrence but warrants careful attention to whether the underlying fault has been properly resolved. Reviewing the broader trajectory, the 2024 and 2025 test cycles both involved Dangerous or Major failures related to brake pads, tyre integrity, headlamp function, and suspension components, alongside repeated advisories for Macpherson strut pin or bush wear on both front corners. The maintenance trend is therefore concerning and arguably worsening in structural terms, with multiple safety-critical items reaching legal limits in successive years despite the relatively modest annual mileage. With 68,708 recorded miles over a 16-year lifespan, this Hyundai i10 has averaged roughly 4,294 miles annually, which is notably low for its age and suggests either extended periods of standing or predominantly short, low-speed urban use. The MOT records do not contain mileage readings, so it is not possible to confirm whether there are significant gaps in usage, but the consistent pattern of front tyre inner-edge wear and brake-related advisories is highly characteristic of a vehicle used predominantly for short journeys, where brake discs and pads suffer from light, repetitive application without the benefit of sustained motorway running to clear surface corrosion and evenly distribute pad material. Such usage profiles also accelerate rear brake pad wear through reliance on the handbrake for hill starts and stationary holding, which may explain the 2023 Dangerous failure for rear brake pads below 1.5 mm. Given the recurring advisories for front Macpherson strut top mount pins and bushes across 2024 and 2025, a prospective buyer should specifically inspect the front suspension for clonks or knocking noises over speed humps, uneven dips, and during slow-speed manoeuvres, and visually check for any play in the upper strut bearings when the wheel is unloaded. The repeated inner-edge tyre wear on both front tyres points to either a tracking misalignment, worn suspension geometry, or possibly deteriorated front strut top mounts allowing camber change under load; a four-wheel alignment check and inspection of the strut top mounts and lower control arm bushes would be prudent. On a test drive, listen for brake shudder or pulsation through the steering wheel under firm stopping, which would indicate warped or corroded front discs, and verify that the handbrake holds effectively on an incline, as rear caliper sliding pins and handbrake mechanisms are known to seize on low-use vehicles of this age. The recent central rear seat belt failure should be physically verified to ensure it retracts, latches, and tensions correctly, as this is a safety-critical system and any intermittent fault could result in another MOT failure. Beyond the recorded defects, the age and low-mileage profile demand attention to several time-sensitive deterioration items that are not fully visible on an MOT test. Tyres older than five years from their date of manufacture are prone to sidewall perishing and cracking, which can lead to sudden failure regardless of remaining tread depth, so the DOT date codes on all four tyres should be inspected and any aged rubber replaced. Brake discs, even where pad material remains adequate, are susceptible to severe surface corrosion and lip formation during extended standing periods, and the front caliper sliding pins should be checked for smooth operation to prevent uneven pad wear and binding. The 12V battery should be load-tested, as batteries in low-use vehicles rarely achieve full charge cycles and may fail without warning, particularly in colder months. Coolant, brake fluid, and transmission oil all degrade with calendar age rather than purely with mileage, so evidence of recent fluid replacement should be sought in the service history, and a compression test or at minimum an engine health check would be sensible given the vehicle's age, alongside verification of cambelt replacement intervals if applicable to this particular i10 variant.