2013 Hyundai I10 1.2L Petrol · SA63 CFE

The 2013 Hyundai i10 presents a stable roadworthiness status, currently holding a valid MOT following its most recent test on 5 September 2025 at 42,858 miles. The maintenance trend shows consistent annual testing, though the record contains an anomalous pattern. The vehicle failed its MOT on 3 September 2025 at the exact same mileage, yet the DVSA record lists no defects for either the failure or the subsequent pass two days later. This identical pattern occurred in September 2024. Such entries typically indicate aborted tests, administrative errors, or pre-inspection checks rather than genuine mechanical failures, given the absence of recorded defects. The mechanical trend remains stable with no recurring faults documented. The mileage accumulation is remarkably low for a vehicle of this age, averaging roughly 3,297 miles per year over its thirteen-year lifespan. Between the September 2023 test at 35,186 miles and the September 2024 test at 39,073 miles, the car covered 3,887 miles. The following year, up to the September 2025 test at 42,858 miles, it traveled 3,784 miles. This consistent, low-mileage usage pattern indicates the vehicle has spent most of its life undertaking short, local journeys rather than sustained motorway driving. While the odometer reading suggests minimal wear on drivetrain components, prolonged short trips and extended standing periods introduce specific risks not reflected in the mileage alone. A physical inspection must focus on the deterioration caused by low mileage and standing time rather than documented mechanical failures. Brake discs frequently suffer from surface corrosion when a car sits idle, leading to binding calipers and uneven braking efficiency. Suspension bushes and coil springs can perish and crack due to a lack of regular flexing and prolonged static loading. Tyres require close scrutiny for sidewall perishing and date codes, as the original rubber will likely be aging out regardless of tread depth. The exhaust system and underbody also demand inspection for corrosion, as short runs prevent the system from reaching optimal operating temperature to burn off accumulated moisture. Verify the structural integrity of the sills and subframes, ensuring no hidden corrosion has taken hold during dormant periods.