2013 Hyundai I10 1.2L Petrol · CV13 WVL

The 2013 Hyundai I10 demonstrates stable roadworthiness based on its most recent MOT on 2025-11-20 at 98,378 miles, which passed with no defects. The prior test on 2024-11-27 at 91,865 miles also passed, while a failed test on 2024-11-26 at 91,845 miles recorded no defects, suggesting a possible administrative error or minor technical issue. No recurring mechanical faults are evident in the record, and the vehicle has maintained compliance without significant advisories. The absence of critical failures in the last three years indicates consistent maintenance, though the proximity of the failed and subsequent passed tests warrants scrutiny of the 2024-11-26 inspection’s accuracy. The vehicle’s mileage of 98,378 miles over 13 years aligns with an average of 7,568 miles annually, reflecting moderate use. The MOT history shows steady mileage progression, with no prolonged gaps between tests. The 2023-11-14 test at 82,380 miles and 2022-11-10 test at 74,730 miles confirm a regular servicing pattern. However, the 2024-11-26 failure at 91,845 miles, followed by a pass 24 hours later at 91,865 miles, raises questions about the vehicle’s condition during that period. The lack of defects in all tests suggests no structural or mechanical deterioration, but the rapid mileage accumulation post-2024 may indicate increased wear on components like brakes, suspension, or the drivetrain. A buyer should conduct a physical inspection of the suspension system, focusing on worn bushes or coil springs, and check for brake disc warping or caliper binding, as these can develop without triggering MOT failures. Corrosion in underbody areas, particularly around the exhaust system, should be assessed, as older vehicles often face hidden rust issues. The absence of advisories in the MOT record does not preclude minor wear, such as tyre tread depletion or worn wiper blades, which are not tested. Confirming the vehicle’s service history and checking for fluid leaks or unusual noises during a test drive would provide further assurance of its mechanical integrity.