2010 Hyundai I10 1.2L Petrol · WV10 AAO

The most recent MOT test on 2026-02-12 resulted in a passing outcome, though it was accompanied by several persistent advisories that indicate ongoing but manageable wear and minor issues. The vehicle’s maintenance history over the past six years shows a pattern of recurring advisories—particularly concerning tyre condition, brake system wear, and suspension component degradation—without any major failures that would suggest systemic neglect. However, the 2025-02-19 test revealed critical failures in the stop lamps, which were not present in the latest MOT, indicating a potential lapse in electrical system maintenance or a recent fault that requires immediate attention. The progression from advisory to potentially dangerous tyre conditions in 2025 highlights the importance of addressing these issues promptly to avoid escalation, especially given the vehicle’s age and the wear already evident in the front brakes and tyres. The recorded mileage of 55,540 miles for a 2010 Hyundai i10 represents a remarkably low annual usage rate of approximately 3,471 miles, which is far below the typical expectations for a vehicle of this age. Such low mileage often correlates with prolonged periods of stationary use, which can exacerbate specific wear and corrosion issues. For example, standing vehicles are more susceptible to brake disc corrosion, particularly on the nearside and offside front, as moisture and road debris can accelerate rust formation. Additionally, the auxiliary drive belt fraying noted in the 2025 MOT suggests potential belt tension or misalignment issues, which may have developed due to infrequent operation or improper maintenance. The suspension advisories, particularly the worn Macpherson strut bushings, may also be more pronounced in a low-mileage vehicle due to prolonged static stress on components that are not regularly cycled. Given the recurring tyre and brake advisories, the buyer should prioritise a thorough inspection of the front tyres, brakes, and suspension during the test drive. The nearside and offside front tyres have shown significant wear, with one exhibiting a dangerous cut exposing the ply, necessitating immediate replacement. Listen for uneven brake pedal travel or a shuddering sensation during braking, which could indicate warped discs or worn pads. The front Macpherson strut bushings, which are worn but not excessively, may produce clunking noises when the vehicle is driven over bumps or at low speeds, particularly on the offside. Check for fluid leaks under the vehicle, focusing on the brake fluid reservoir and auxiliary drive belt area, as these could signal failing seals or a failing water pump. Additionally, verify the stop lamps are functioning correctly, as their failure in the 2025 MOT suggests a potential electrical issue that should be addressed before the next MOT. For the broader physical inspection, the buyer should examine the tyres for signs of sidewall cracking or perishing, which can compromise structural integrity over time, even at low mileage. Given the vehicle’s age and the advisories on brake discs, inspect for signs of corrosion or binding calipers, which can occur when the vehicle stands for extended periods. Check the battery terminals for corrosion and ensure the 12V battery is holding a charge, as older vehicles are more prone to failing batteries due to reduced internal resistance. Fluid servicing should be considered, particularly for the brake fluid, which can degrade over time even without use, and the coolant system, which may require flushing if the vehicle has been stationary for a prolonged period. Finally, review the service history for the last scheduled maintenance, such as the timing belt and water pump replacement, which are critical for the i10’s longevity and should ideally have been completed by now. If the vehicle has not been driven frequently, consider a professional inspection of the exhaust emissions system to ensure compliance with current regulations, as prolonged idling or lack of use can lead to build-up of carbon deposits.