2011 Hyundai I10 1.2L Petrol · EJ11 FOF

A chronic pattern of offside front brake binding is the most telling mechanical theme in this Hyundai i10's MOT file, with the same advisory recorded in 2022, 2023, and 2024, culminating in a Major defect for excessive binding, brake imbalance, and a failed stop lamp during the October 2024 test. The vehicle returned to the road five days later on 8 October 2024 with an advisory for a coolant leak from the water pump, and the most recent examination on 29 December 2025 recorded a clean pass with no advisories. Despite that recent pass, the underlying issue of a binding caliper or seized slider/guide mechanism on the offside front has been building for at least three years and represents a genuine safety risk if the rectification was limited to a brake adjustment rather than a full caliper overhaul. The 2022 dangerous failure for a nearside rear tyre with structural separation, combined with recurring advisories for insecure rear bumper fixings, deteriorated number plates, and corroded front and rear suspension arms, further supports the view that braking, underbody, and structural trim components have been subject to repeated wear and minor neglect. With 57,978 miles recorded over a 15-year life, this i10 has covered roughly 3,865 miles per year, which is notably low for its age and consistent with a vehicle that has seen light rather than high-mileage use. Annual mileage has not been captured on every test, but the recorded readings suggest the car has been driven gently, with periods of regular short trips rather than sustained high-speed motorway work. Lower-mileage vehicles of this age are not necessarily mechanically superior; rubber components such as brake seals, suspension bushes, and coolant hoses deteriorate with age rather than distance, and the advisories on file for corroded lower suspension arms, corroded trailing arms, and a weeping water pump all align with age-related polymer and seal degradation rather than excessive wear. The absence of recorded defects at the December 2025 test is encouraging, but does not negate the cumulative corrosion advisories from 2023 or the unresolved nature of the front brake issue that took two attempts to pass in 2024. For a prospective buyer, the offside front brake assembly should be the first item examined physically. With the engine off, attempt to push the car forwards in gear to confirm the caliper is releasing fully, and on a test drive listen for any dragging sensation, pulling to one side under braking, or a hot wheel smell after the vehicle has been driven. Inspect the brake disc surface on the offside front for uneven wear, a blued or polished lip, or excessive run-out, as these would confirm a caliper that has been binding intermittently rather than being fully rectified. Pay particular attention to the nearside rear brake balance given that an imbalance across an axle was recorded in 2024, and verify that both front discs wear evenly after the rectification work. With the vehicle raised or with a torch on the lower edges, examine the front lower suspension arms, both sides of the rear trailing arm, and the rear subframe mounting areas for any progression of the corrosion noted in 2023, paying special attention to flaking around the bush housings and any cracking where the arms meet the hub carriers. On a test drive, listen for clonks or knocks over speed humps and uneven surfaces, particularly from the rear, which would indicate the corroded trailing arm bushes have deteriorated further. Check that the rear bumper is firmly secured with no lateral movement, that all four position lamps and both stop lamps function correctly, and that the 12V battery is clamped tightly within its carrier rather than resting on a perished rubber strap. Finally, inspect the area beneath the water pump and along the lower radiator hose for fresh coolant residue, bearing in mind that the December 2024 advisory for a coolant leak may have been left unresolved if the vehicle passed its December 2025 test without rectification being recorded.