2009 Hyundai I10 1.2L Petrol · SK09 UTS

Widespread structural and component corrosion defines the mechanical profile of this Hyundai i10, as evidenced by a persistent pattern of advisories spanning multiple years. The most recent MOT test on 21 October 2025 resulted in a pass following a failure for a faulty position lamp, yet the record remains heavily populated with warnings regarding the integrity of the front and rear sub-frames and both front suspension arms. This trend of recurring corrosion advisories, which has been noted consistently since at least 2022, suggests that the vehicle is experiencing ongoing degradation of its metal structural components that has not been permanently rectified despite repeated inspection cycles. With an average annual accumulation of approximately 3,814 miles over its seventeen-year lifespan, the vehicle has seen light usage, totaling 64,841 miles. While such low mileage often implies reduced strain on the drivetrain, the MOT history indicates that this limited use has not prevented the development of significant surface oxidation on the chassis and suspension. Prospective buyers should be aware that vehicles with this usage profile can sometimes suffer from seized components or restricted movement in parts that are not regularly exercised, as seen in the repeated advisories for binding service brakes and intermittent lighting failures recorded during the 2023, 2024, and 2025 testing periods. Inspection of the vehicle must prioritize the structural integrity of the sub-frames and suspension arms. During a test drive, listen closely for metallic knocking or clunking sounds when navigating uneven surfaces or speed bumps, which may indicate that the corrosion has progressed beyond the surface level and is affecting the bushings or mounting points. It is essential to physically inspect the underside for any signs of flaking rust or structural thinning. Furthermore, the history of binding brakes necessitates a thorough check for any steering pull under braking or a lack of responsiveness in the pedal, which could indicate that the calipers are failing to retract fully due to the issues previously flagged by testers. Beyond the structural and braking concerns, the vehicle has demonstrated a recurring tendency toward minor electrical faults, specifically involving lighting circuits and wiper effectiveness. Ensure that all exterior lamps, including indicators and stop lamps, are functioning correctly, and verify that the windscreen wipers operate smoothly across the entire sweep without judder or streaking. Given the history of binding rear brakes and parking brake inoperability, test the handbrake on an incline to ensure it holds the vehicle firmly without excessive travel in the lever. Any hesitation or unusual resistance when engaging the parking brake should be treated as a potential indicator of seized cables or failing rear brake mechanisms.