2009 Hyundai I30 1.4L Petrol · YY09 NJN

The vehicle presents a concerning roadworthiness profile with a worsening trend in structural degradation and mechanical neglect. While it passed its most recent test in July 2025 at 109,819 miles, the record reveals a pattern of recurring faults that remain poorly addressed. The transition from a failure to a pass within twenty-four hours in 2025 suggests only minimum repairs were made to satisfy the tester rather than comprehensive maintenance. The persistence of corrosion across the sub-frames and fuel components indicates a reactive rather than proactive ownership strategy. At approximately 17 years old, the recorded mileage of 109,819 miles represents an annual average of roughly 6,460 miles. This low-use pattern typically suggests less wear, but in this instance, it appears to mask accelerated age-related decay. Between July 2023 at 98,322 miles and July 2025 at 109,819 miles, the vehicle covered over 11,000 miles, during which the condition of the braking system and suspension components deteriorated significantly. A buyer must prioritise inspecting the structural integrity of the front and rear sub-frames, as corrosion has been noted consistently since at least 2023. The presence of corroded fuel pipes near the filler and corroded fuel tank straps poses a genuine risk of fluid leaks that requires immediate attention. Furthermore, the suspension shows a history of failing components including anti-roll bar linkages, ball joints, and control arms. The recurring corrosion on the rear coil springs suggests they are at high risk of structural failure if not replaced. The braking system is also a point of significant concern. The July 2025 test flagged thin pads and pitted, scored discs across all four wheels, alongside a defective parking brake lever and worn brake pedal rubber. Given the history of long handbrake travel and corroded hoses, the entire braking assembly is likely nearing the end of its functional life. A physical inspection should verify if the calipers are binding and if the reported corrosion on the sub-frames has progressed beyond surface level into structural thinning.