2009 Hyundai I20 1.2L Petrol · EA59 OKL

The 2009 Hyundai I20 carries a predominantly clean MOT history spanning seven years, with only three instances of passing results requiring advisory flags rather than outright failure. The most recent test on 2025-11-22 confirmed the vehicle remained roadworthy, though the advisory trail reveals a persistent pattern of tyre deterioration affecting both near-side and off-side rear wheels. Adjacent years showed similar tyre-related warnings in 2024 and 2021, while brake system integrity was compromised by corroded brake pipes in 2024 and thinning front brake pads alongside pitted rear brake discs in 2021. These recurring issues indicate a mechanical stress pattern that does not resolve simply through time, suggesting ongoing exposure to road conditions or handling the vehicle under particular loads despite the low odometer reading. At 78,731 miles for a model aged approximately 17 years, the vehicle accumulates roughly 4,631 miles annually—a rate far below typical usage for its age group. This unusually modest mileage profile raises questions about whether the car has spent significant time idle or stored intermittently, which would normally slow down tyre wear and brake component degradation. However, the documented tyre damage in 2021 and the continued presence of near-side rear tyre wear close to legal limits even decades later implies that when movement occurs, the tyre surfaces experience substantial stress regardless of total distance travelled. The extended interval between the last two failing assessments—spanning nearly three years between 2021 and 2024—further suggests that wear patterns may be influenced by factors beyond simple mileage accumulation such as driving style, load distribution, or environmental exposure. The tyre issue remains the most prominent concern, with near-side and off-side rear tyres repeatedly flagged as slightly damaged or perishing across multiple MOT cycles. During a test drive, inspect the sidewall for cracks, splits, or uneven tread separation, particularly around the outer edges where fatigue tends to develop. The brake system requires closer scrutiny given the corroded brake pipe reported in 2024; listen for any abnormal noises when applying the brakes and check for wet spots or greasy residue along the rear brake pipe. Additionally, verify that the front brake pads have sufficient remaining thickness and that the rear brake discs show no excessive scoring or thinning that could affect stopping performance. Given the low overall mileage, these components may appear less worn visually, but the historical advisories indicate hidden internal degradation that warrants physical examination before committing to purchase. This assessment focuses strictly on the recorded MOT events and their implications. The car passed its latest test on 2025-11-22 with only advisory-level findings, confirming that the fundamental drivability requirements remain met. Nevertheless, the recurring tyre damage and brake system history demand that potential buyers conduct hands-on checks during a test drive, paying particular attention to wheel condition, brake noise, and braking feel. The unusual mileage figure does not negate these risks but provides context that the vehicle has likely experienced intermittent use, making the current tyre and brake states potentially reflective of short-term stress rather than cumulative wear alone. If the buyer wishes to proceed, arranging independent verification of the tyre condition and performing a detailed brake inspection would help determine whether the vehicle meets expected reliability standards for its age and usage profile.