2017 Hyundai I10 1.0L Petrol · GD67 OBM

The vehicle most recently passed its MOT on 12 November 2025 with no defects recorded, indicating that at the time of inspection it satisfied all statutory roadworthiness requirements for its class. The four preceding tests between November 2022 and November 2024 also resulted in passes with no advisories or failures noted against the vehicle, with the sole exception of a contradictory entry on 15 November 2023 where both a pass and a failure are listed on the same date with no defects recorded under either outcome, which is likely a DVSA administrative anomaly rather than a genuine mechanical concern. Taken as a whole, this represents an unbroken trend of clean test results over a three-year period, suggesting that the vehicle has been maintained to a consistent and adequate standard with no recurring wear items, structural issues, or component failures flagged by the tester across multiple annual examinations. The absence of any advisories is particularly encouraging, as even minor items such as tyre wear approaching the legal limit, brake component corrosion, or minor fluid leaks are routinely recorded by MOT testers, and their consistent omission here implies that the consumables were still in serviceable condition at each test. The recorded mileage of 58,660 miles over a nine-year service life equates to an annual accumulation of approximately 6,500 miles, which sits broadly in line with the UK average for a small city-oriented hatchback such as the Hyundai i10 and indicates neither excessive motorway-led wear nor extended periods of inactivity that could promote corrosion or fluid degradation. There are no obvious mileage gaps or unusually rapid accumulation periods evident from the recorded tests, with the readings appearing to progress at a steady and consistent rate across successive annual examinations. This pattern of regular, moderate use is mechanically favourable, as it typically allows the engine, transmission, and braking components to reach and maintain normal operating temperature, thereby reducing the risk of internal condensation, oil contamination, and brake disc corrosion that often affect vehicles left standing for prolonged intervals. It also suggests that the timing belt or chain, clutch, and major suspension components have been subjected to usage proportionate to their expected service life rather than being either overworked or prematurely aged through inactivity. Given the clean MOT history and the absence of any documented advisories or recurring defects, a prospective buyer should now focus on age-and-mileage-appropriate physical checks that fall outside the scope of the standard MOT test but remain relevant to a nine-year-old vehicle. The tyres warrant close visual inspection for sidewall perishing and cracking caused by ultraviolet exposure and calendar age rather than tread wear alone, as the MOT only assesses tread depth and overall condition, and aged rubber can compromise grip even with adequate tread remaining. The 12-volt battery should be tested for cranking strength and state of charge, particularly as batteries in vehicles of this age commonly approach the end of their functional life and can fail without warning in colder months. Brake discs, while likely satisfactory at the recent test, can develop light surface corrosion from short urban journeys and occasional standing periods, so the buyer should verify that the calipers release cleanly without binding and that there is no uneven pad deposition on the disc surface. A road test should confirm straight-line stability, absence of clonks or knocks from the front suspension over speed humps and uneven surfaces, and that the steering remains free from excess play or vibration. Service history verification should be regarded as essential in the absence of any recorded mechanical advisories, as a clean MOT record does not confirm that scheduled maintenance such as cambelt replacement, coolant renewal, brake fluid change, and automatic or manual transmission fluid service has been carried out at manufacturer-recommended intervals. The buyer should request the service book or digital history to confirm that fluid changes have been performed on a time rather than purely mileage basis, given the vehicle's nine-year age. Coolant, brake fluid, and power steering fluid all degrade chemically over time regardless of use, and aged brake fluid in particular can significantly reduce stopping efficiency due to moisture absorption. The exhaust system should be physically examined for corrosion at the mounting points, joints, and silencer body, as underbody salt exposure on a car of this age commonly leads to exhaust hanger failure even when the MOT result remains clean. Finally, confirming that all warning lamps illuminate and extinguish correctly, that the air conditioning system blows cold, and that there are no fluid leaks beneath the vehicle after standing overnight will provide a comprehensive supplementary assessment to complement the favourable MOT record.