2009 Hyundai I10 1.2L Petrol · AV09 KHO

A chronic pattern of front-end suspension wear and corrosion on the rear coil springs is the defining mechanical story of this Hyundai i10, with advisories clustering around the Macpherson strut top mounts, front suspension bushes, and rear springs across multiple consecutive tests. The most recent examination on 1 June 2026 returned a pass, but the brake pads were noted as wearing thin and another coil spring corrosion advisory was logged, suggesting that the deterioration flagged in 2025 has not been fully resolved and is likely progressing. A genuine failure earlier in 2025, recorded on the same date as a pass, indicates the vehicle was initially presented with a substandard parking brake efficiency on the offside rear, which was apparently remedied before re-test, although the underlying suspension advisories persisted into the pass. The 2024 test stands out as the only clean examination in the recent record, providing a useful baseline against which the 2025 and 2026 deterioration can be measured. Mileage accumulation of 125,109 miles across seventeen years equates to roughly 7,400 miles annually, which is broadly typical for a vehicle of this age and segment, and there are no conspicuous gaps in the testing history or unusual jumps between recorded readings to suggest prolonged standing or clock irregularities. The consistent year-on-year attendance at MOT, combined with steady mileage progression, points to a car in regular service rather than one suffering from long lay-up periods that might bring their own problems with seized brakes, perished rubber, and battery deterioration. Mechanically, this level of use on an i10 places normal demands on the clutch, exhaust system, and engine peripherals, and the absence of any advisories relating to excessive exhaust emissions, catalyst efficiency, or engine warning systems across all recorded tests is a reassuring indicator that the powertrain has held up well to the mileage. The recurring advisories on chassis components rather than engine or transmission items further reinforce that the mechanical drivetrain remains fundamentally sound. For a prospective buyer, the priorities on inspection should centre on the suspension components that have repeatedly drawn advisories, particularly the front Macpherson strut pin or bush on the offside, which was flagged in both 2025 examinations, and the front suspension arm ball joint dust covers noted as severely deteriorated in 2023. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps and uneven surfaces, particularly from the offside, and check for any vagueness or judder through the steering wheel that could indicate worn strut top mounts or deteriorating track rod end protection as previously noted. Visually inspect the front suspension arms and strut assemblies for perished, cracked, or split rubber boots, and pay attention to whether any free play can be felt when the wheels are rocked with the car jacked. The rear shock absorbers were flagged in 2025 as having reduced damping effect on both sides, so when driving, the vehicle should be observed for continued bouncing after hitting a bump, excessive body roll through corners, and a generally unsettled ride, all of which would confirm that replacement is now overdue. The rear coil spring corrosion advisories logged in 2023, 2025, and 2026 warrant a particularly close visual inspection underneath the vehicle, looking for surface rust, flaking, or any signs of cracking on the spring coils themselves, as corroded springs can fail catastrophically on older vehicles. The gearbox oil leak flagged as not excessive in 2025 should be re-examined by placing clean card under the car after a drive and checking for fresh drips, paying particular attention to the underside of the gearbox bell housing and the area around the driveshaft seals. Brake components deserve attention given the recent thin brake pad advisory and the borderline parking brake efficiency noted earlier in 2025, so a road test should include firm pedal application to check for any pulling to one side, sponginess, or grinding noises, and the handbrake should be tested on an incline to confirm it holds without excessive travel. Finally, an underseal inspection would be prudent to assess whether the general corrosion pattern suggested by the spring advisories is isolated or indicative of broader chassis deterioration.