2018 Hyundai I10 1.2L Petrol · GL68 FSU

The most recent DVSA examination on 11 December 2025 resulted in a clean pass with no defects or advisories recorded, and this continues a clear pattern of compliance across the documented history. The 2024 and 2023 November tests both passed without comment, and the earlier 2022 test also returned a clean pass. The single failure dated 22 November 2023 is notable only because it appears on the same day as a pass, which typically indicates an immediate retest following a minor rectification on site; crucially, no defect categories were recorded against that failure, suggesting the issue was trivial and resolved at the time. Overall, the maintenance trend is unambiguously stable, with no recurring component failures, advisories, or progressive wear patterns flagged by the examiner across five separate tests. The recorded mileage of 41,574 miles over an eight-year lifespan equates to approximately 5,197 miles per year, which is considerably below the national average and is consistent with light-duty urban use or extended periods of standing. The MOT record does not show a mileage reading on this occasion, but the pattern of annual tests combined with low accumulated mileage suggests the vehicle has likely been used for short journeys rather than sustained motorway work. This usage profile is mechanically beneficial in terms of high-speed engine wear, clutch life, and long-distance suspension fatigue, but it does carry specific risks associated with underuse, including corrosion from infrequent operation, moisture accumulation in the exhaust and oil systems, and premature ageing of rubber and fluid components purely through calendar degradation rather than mechanical wear. For a prospective buyer, the clean MOT history should be reassuring but should not be treated as a substitute for a physical inspection, particularly given the low-mileage context. Tyres on a vehicle of this age are likely to be original or close to eight years old in some cases, even if tread depth is adequate, so the sidewalls should be closely examined for perishing, cracking, and UV-related degradation, with the production date code on the sidewall checked to confirm they are within a sensible service life. The 12-volt battery is another priority, as batteries of this age commonly suffer from reduced cranking capacity; a load test or voltage check with the engine off and running is worthwhile. The brake discs, particularly on a car that may have stood for long periods, are prone to surface corrosion and the calipers to binding, so a test drive should include several firm stops from speed to confirm the pedal feels firm, the vehicle pulls straight, and there is no vibration or shudder under braking. Brake fluid is hygroscopic and should be replaced on a calendar basis regardless of mileage, typically every two to three years, so the service history should confirm this has been attended to. Further inspection should include a thorough check of the underbody and suspension components for standing corrosion, as light-use cars stored outdoors or in damp conditions can develop surface oxidation on wishbones, subframes, and brake lines even without high mileage. The exhaust system should be inspected for internal moisture damage and external rust, particularly at mounting points and the rear silencer, as condensation from short trips accelerates internal corrosion. The engine oil and coolant should be checked for condition and level, and a cold start should be observed to confirm there is no excessive smoke, rough running, or unusual noises, which can indicate issues from infrequent use such as oil dilution or a failing thermostat. Finally, the air conditioning system, often neglected on low-mileage vehicles, should be tested for cooling performance, and the pollen filter and cabin filter condition noted, as these are time-served rather than mileage-served items that may require attention on a vehicle of this vintage.