2014 Hyundai I20 1.2L Petrol · EK64 ABF

Recurring tyre degradation and emerging suspension and braking system concerns define the mechanical profile of this vehicle, which successfully cleared its latest MOT on 17 August 2026. While the car has maintained a consistent pass record over the last five years, the frequency of advisories has shifted from isolated tyre issues to more critical structural and mechanical components. The persistence of tyre sidewall cracking across multiple years suggests either long-term exposure to environmental elements or prolonged periods of inactivity, while the recent flagging of a corroded brake pipe and suspension play indicates that the vehicle is now entering a phase where age-related component fatigue requires closer monitoring. Accumulating only 39,247 miles over twelve years results in an average of approximately 3,271 miles per annum, a low usage profile that often masks the wear typical of higher-mileage examples. While the drivetrain may have experienced less rotational stress, the low annual mileage increases the risk of seized components, particularly within the braking system and suspension linkages, which rely on regular movement to maintain lubrication and prevent surface oxidation. Prospective buyers should be aware that vehicles with such limited usage often suffer from accelerated deterioration of rubber seals and metallic lines due to static environmental exposure rather than mechanical friction. During a test drive, specific attention must be paid to the nearside front anti-roll bar ball joint, which was flagged for slight play in the most recent inspection. Listen carefully for any metallic knocking or clunking sounds when navigating uneven surfaces or speed bumps, as this indicates a loss of damping efficiency and potential instability in the steering geometry. Furthermore, the advisory regarding the offside front brake pipe being corroded and obscured by grease is a critical point of concern; this requires a physical inspection to ensure the integrity of the metal lines is not compromised, as such corrosion can lead to sudden pressure loss under heavy braking. The recurring reports of perishing on the nearside rear tyre necessitate a thorough visual check of all four tyre sidewalls for deep cracking or structural deformation, as this indicates the rubber compound has hardened and lost its elasticity. Additionally, the previous mention of oil misting on the nearside rear shock absorber, while not appearing in the most recent report, warrants a physical bounce test of the vehicle's corners. If the car continues to oscillate after the pressure is released, or if there is any visible weeping of fluid from the shock body, the damping system will require replacement to ensure safe handling and even tyre wear.