2011 Hyundai I30 1.4L Petrol · ET11 RZD

The 2011 Hyundai i30 passed its most recent MOT on 29 April 2026 at 117,744 miles, but the record reveals a maintenance pattern that is best described as deteriorating rather than stable. Five days prior, on 24 April 2026 at the identical recorded mileage, the car failed with a cluster of serious defects including excessively worn front suspension arm pins and bushes, exposed ply on the offside front tyre, heavily corroded rear brake discs and hose ferrules, a binding nearside rear service brake, and a parking brake performing below 50 per cent of the required value. The pass on 29 April confirms those specific items were addressed, yet the tester still flagged corrosion on both sub-frames, a severely deteriorated nearside front CV boot, corroded fuel tank, worn rear suspension bushes, and a damaged nearside rear seat belt buckle. These are not fresh failures. They are recurring advisories that have persisted across multiple tests without permanent resolution, suggesting a pattern of minimal cosmetic repair rather than thorough mechanical rectification. The mileage progression is broadly consistent with the vehicle's age. Between the April 2024 test at 110,400 miles and the April 2025 test at 114,176 miles, the car covered 3,776 miles in twelve months. From April 2025 to April 2026, the increase was 3,568 miles. This equates to roughly 7,850 miles per year over the vehicle's life, which is unremarkable for a fifteen-year-old family hatchback. There are no dramatic mileage gaps or suspicious jumps in the record, though the identical 117,744-mile reading on both the failed and passed April 2026 tests indicates the vehicle was likely stationary or used very little in that five-day window while repairs were carried out. A buyer inspecting this car in person should focus on three areas where the MOT history shows persistent concern. First, the sub-frames have been noted as corroded at every test since April 2025, with the April 2026 pass recording both front and rear sub-frames as corroded but not seriously weakened. Underneath inspection is essential to verify whether surface corrosion has progressed to structural compromise, particularly around mounting points. Second, the rear braking system has been a recurring problem area, with worn discs, corroded hose ferrules, and a binding service brake appearing in the April 2026 failure. A road test should check for uneven braking effort, pulling to one side, and parking brake holding on a gradient. Third, the nearside front CV boot was severely deteriorated in both the March and April 2026 tests, and the offside boot was similarly flagged in March. If the April pass confirms replacement, the joints themselves should be checked for play, as a neglected split boot leads to premature joint failure. Beyond these headline items, the worn rear suspension bushes, slight play in the nearside rear anti-roll bar linkage, and the corroded fuel tank noted in the most recent pass all point to a car that has had its safety-critical failures patched for test purposes without a comprehensive approach to its aging chassis and running gear. The damaged rear seat belt buckles, present since at least April 2024, are a minor but telling indicator of overall care standards. This vehicle is roadworthy on paper as of April 2026, but its maintenance trajectory suggests a buyer should budget for ongoing suspension, brake, and corrosion-related work in the near term.