2012 Hyundai I10 1.2L Petrol · RO12 GKA

The most recent DVSA assessment recorded on 21 April 2026 resulted in a Pass, although this followed an earlier failed examination on the same date due to an ineffective offside front wiper. The presence of multiple advisories for corroded front and rear shock absorbers, corroded rear suspension arms, and corroded rear brake pipes covered in grease or other material indicates that the vehicle is beginning to show age-related deterioration in key structural and safety components. Reviewing the broader four-year MOT pattern, the test outcomes demonstrate a worsening rather than stable trend. Recurring advisories on the rear brake pipes have now appeared across three consecutive test cycles, suspension corrosion has progressively worsened from 2025 onwards, and there have been several failure items including a dangerous tyre with exposed plies in 2024 and defective rear stop lamps in 2025. While the vehicle continues to pass its statutory roadworthiness examination, the accumulating list of corrosion advisories and the failure history suggests that ongoing maintenance attention will be required. With a recorded mileage of 74,700 miles over approximately fourteen years, the Hyundai i10 has covered an average of around 5,336 miles annually, which is considerably below the typical usage rate for a vehicle of this age. This low annual mileage suggests either limited driving activity or extended periods of standing, both of which carry specific mechanical implications. Prolonged standing can lead to brake disc corrosion, caliper seizure due to corrosion on the slider pins and pistons, accelerated tyre sidewall perishing and cracking from age rather than wear, and degradation of fluids such as brake fluid and coolant due to calendar age rather than mileage accumulation. The 2024 advisory for perishing on the nearside rear tyre is consistent with this pattern, even though tread wear may be minimal. Given the recurring advisories relating to rear brake pipe corrosion across multiple test cycles, a prospective buyer should carefully inspect the brake lines along their full run, paying particular attention to the rear section near the fuel tank and wheel arches where road salt and moisture accumulate. Surface corrosion that is merely covered in grease may remain serviceable for the short term, but any flaking, pitting, or swelling of the pipework indicates that replacement is imminent. During a test drive, listen for any knocking or clonking from the front and rear suspension that could suggest worn shock absorbers or corroded mounting points, and feel for instability, wallow, or poor damping response over bumps. The suspension arms and shock absorber bodies should be physically inspected for advanced corrosion, particularly around mounting brackets and welded seams where structural integrity could eventually be compromised. Beyond the documented MOT items, a vehicle of this age and low usage profile warrants several practical inspection checks prior to purchase. The 12V battery should be load tested, as batteries that have sat partially discharged or have completed many short journeys often have reduced capacity. Brake discs and calipers should be examined for binding, evidenced by hot spots on the disc surface or uneven pad wear, while the brake fluid should be assessed for age and moisture content, ideally having been replaced within the last two to three years regardless of mileage. Tyres should be scrutinised for sidewall cracking and perishing even if tread depth remains adequate, and the spare wheel should be checked for age-related degradation. It is also advisable to verify the service book history for regular oil and filter changes at appropriate intervals, confirm that the timing chain or belt has been replaced according to manufacturer schedule, and ensure that all recall work has been completed. Given the documented suspension and brake pipe corrosion, budgeting for forthcoming remedial work within the next twelve months would be prudent.