2014 Hyundai I10 1.0L Petrol · WU14 XVR

A clear pattern emerges from the recorded test history of this 2014 Hyundai i10: every annual attempt has produced a paired failure and pass on the same date, with no defects recorded against either entry. While the lack of advisories is superficially reassuring, the duplicated test events at both the 2024 and 2025 attempts warrant explanation, as they typically indicate a retest after a near-miss repair or an administrative re-presentation rather than a single straightforward assessment. Mechanically, the absence of any recorded advisories across three completed test cycles suggests no component has yet crossed the threshold of MOT failure for wear, corrosion, or deterioration. The overall trajectory is therefore neutral: no worsening trend can be identified from the data, but equally there is no longitudinal record of marginal components being monitored for future attention. The recorded mileage of 21,409 miles across approximately twelve years equates to an annual accumulation of roughly 1,780 miles, which is exceptionally low for a vehicle of this age. Such light usage reduces wear on major drivetrain and consumable components such as brake friction material, clutch assemblies, and tyre tread, but introduces different mechanical considerations. Extended periods of standing can promote corrosion in brake calipers and handbrake mechanisms due to infrequent actuation, drying and cracking of rubber components including suspension bushes, steering gaiters, and driveshaft boots, and deterioration of underbody underseal protection where moisture becomes trapped. There are no multi-year gaps between test entries that would confirm a prolonged lay-up, but the very low annual mileage nonetheless suggests the vehicle has likely seen irregular rather than consistent use, and inspection should reflect that usage profile rather than a high-mileage wear pattern. For a prospective buyer, the absence of recorded advisories means no specific components have been flagged for monitoring, so the inspection should focus on items that low-mileage examples of this model are known to suffer from. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, which would indicate perished or seized suspension bushes or worn anti-roll bar linkages, and feel for any vagueness or knocking through the steering rack during low-speed manoeuvres that might point to deteriorated steering components. At low speed, apply the brakes firmly to check for any judder, pulling to one side, or a soft pedal, and on a hill apply the handbrake to confirm it holds without excessive travel, as rear brake mechanisms can seize or corrode from infrequent use. Under the bonnet, inspect all rubber hoses and gaiters for perishing, and check for any signs of oil misting around the cam cover or oil filter housing consistent with age-related gasket hardening rather than recent neglect. Given the duplicated test outcomes, it would be prudent to request sight of the actual MOT certificates or examiner notes to confirm why a retest was required at both the 2024 and 2025 attempts, as this is not the typical pattern for a vehicle with a clean advisory record. A pre-purchase inspection by a competent mechanic, ideally with the vehicle raised on a ramp, would be advisable to assess underbody condition, brake caliper slide pins, exhaust mounting integrity, and the state of the fuel and brake lines, none of which can be fully evaluated from a road test alone. The mechanical risk here is not one of recorded component failure but rather of age- and inactivity-related deterioration that has not yet been formally captured in the test record, making a physical inspection the most reliable means of establishing current roadworthiness.