2016 Hyundai I10 1.0L Petrol · HF16 AEY

This 2016 Hyundai I10 presents a stable and largely clean roadworthiness profile, with the most recent MOT conducted on 18 November 2025 at 16,650 miles resulting in a pass. The sole advisory on that test, front brake pads wearing thin, is a recurring consumable wear item first flagged in the 2024 test. This indicates a gradual, predictable degradation of a routine friction component rather than a sudden mechanical failure or structural concern. The maintenance trend is stable, with no new or escalating defects emerging across the last five years of testing. The mileage pattern tells a clear story of exceptionally low usage. Between the November 2021 test at 14,373 miles and the November 2025 test at 16,650 miles, the car covered just 2,277 miles over four years, averaging roughly 569 miles annually during that window. Prior to that, the annual accumulation was slightly higher but still modest, moving from 14,726 miles in November 2022 to 16,037 miles in November 2024. This is a vehicle that has spent extended periods stationary, which carries its own implications. Prolonged inactivity can lead to flat-spotted tyres, stale fuel, moisture ingress in brake fluid, and surface corrosion on brake discs and exhaust components that regular use would naturally burn off. Despite the low mileage, the repeated advisory on front brake pads across consecutive years suggests the pads fitted are either a harder compound or the driving style involves frequent low-speed urban braking. Buyers should inspect the front disc condition closely. Look for lipping, scoring, or uneven wear patterns that indicate the pads have been running thin for extended periods. Rear brakes, while unflagged, deserve equal scrutiny given the car's age and the possibility of seized guide pins or binding calipers from standing. Beyond the braking system, a personal inspection should focus on tyre date codes and sidewall condition. A ten-year-old car on original or early replacement tyres will likely need a fresh set regardless of tread depth due to perishing and cracking. Check the underside for surface corrosion on suspension components, particularly subframe mounting points and anti-roll bar linkages, as short-trip use accelerates moisture-related corrosion. The exhaust system should be examined for perforation from internal condensation, a common failure on vehicles that never reach full operating temperature. The MOT record is reassuring, but the low-mileage pattern demands a careful physical inspection of components that deteriorate with age and inactivity rather than use.