2014 Hyundai I10 1.0L Petrol · YR14 XNP

The most recent DVSA examination on 25 March 2025 resulted in a PASS, with a single advisory noting deterioration of the front registration plate that is not presently likely to be misread. While the car is currently roadworthy, the overall MOT trend over the past five years shows a pattern of recurring advisories rather than a clean record. Across multiple tests the examiner has repeatedly flagged deteriorating registration plates, rear brake disc wear, binding service brake components and worn tyres, indicating that certain consumable areas have been allowed to reach or approach advisory thresholds consistently. The two historical failures in March 2021 and March 2023 are particularly significant: the 2021 test recorded a dangerous nearside front wheel bearing with excessive play alongside a missing steering rack gaiter, while the 2023 test produced a dangerous failure on the central rear seat belt webbing. Although both items were subsequently rectified to allow passes, the recurrence of related advisories on the same seat belt across several tests suggests the component may have been repaired rather than fully replaced, which is worth confirming with documentation. With 44,297 miles recorded over approximately twelve years, annual usage works out at around 3,691 miles, which is exceptionally low for a vehicle of this age and well below the typical 6,000 to 8,000 miles expected of a city car such as the Hyundai i10. Such low mileage can indicate either genuinely light running or extended periods of standing, both of which carry their own mechanical consequences. Infrequent use often leads to brake calipers seizing or binding through corrosion, which is consistent with the 2024 advisory noting that the nearside rear park brake was not fully releasing and that all four service brakes were binding slightly. Long standing periods also accelerate external corrosion on underbody and brake components, degrade tyre sidewalls through flexing under load without heat cycling, drain the 12V battery through parasitic loads, and cause oil and coolant to lose effectiveness through age rather than mileage. Given the recurring brake and tyre advisories, a prospective buyer should carry out a thorough physical and dynamic inspection. On a test drive, listen for any clonking or grumbling from the front wheel bearings as the car rolls at low speed, particularly when turning, as the 2021 dangerous failure indicates the component was previously at the point of breaking up. Feel through the brake pedal for any excessive travel, sponginess or pulling to one side, and check for brake shudder under light to moderate pedal pressure, as the recorded binding calipers and pitted rear discs suggest uneven friction surface wear. Inspect all four brake discs via a wheel removal or visual check through the spokes for lipping, scoring and corrosion pitting, paying particular attention to the rear discs which have been flagged in both 2020 and 2024. Verify that the central rear seat belt fully retracts, latches securely and that the webbing shows no fraying, cuts or stiffness, requesting evidence that the dangerous 2023 failure was resolved by full replacement rather than a localised repair. Examine the steering rack gaiters for splits or perished sections, as the missing unit from 2021 allowed dirt ingress into the rack mechanism, and check for any play or stiffness in the steering. Beyond the recorded defects, the low annual mileage and the vehicle's age demand attention to time-served components. Tyres more than five or six years old can suffer sidewall perishing even if the tread depth remains legal, so check the DOT date codes and inspect the sidewalls closely for cracking, particularly on the front pair which have historically worn close to the legal limit. Examine the 12V battery for date coding, voltage under load and any signs of slow cranking, as batteries typically require replacement every four to six years regardless of mileage. Verify that brake fluid, coolant and engine oil have been changed in line with calendar intervals, as time-based degradation of these fluids is common on low-mileage vehicles that may have missed scheduled services. Confirm the presence of a complete service book with stamps at appropriate intervals and cross-check the recorded mileage against the MOT odometer readings to ensure consistency. Finally, lift any floor mats and inspect the footwell carpets and underbonnet areas for moisture ingress, and examine the underbody for standing corrosion on suspension arms, subframe mounting points and brake lines, as corrosion rather than wear is often the limiting factor on a low-use twelve-year-old vehicle.