2004 Hyundai Getz 1.3L Petrol · LX04 GKP

The vehicle presents a concerning maintenance trend characterized by recurring structural corrosion and ongoing neglect of mechanical components. While it passed its most recent test in October 2025 at 90,684 miles, this followed a significant failure just ten days prior. The record indicates a pattern of reactive maintenance where faults are only addressed immediately before an inspection rather than through preventative care. The persistence of heavy corrosion across multiple structural points over several years suggests that the vehicle is reaching a stage where structural integrity is compromised. At 90,684 miles, this twenty-two-old Hyundai shows low annual mileage, averaging approximately 4,100 miles per year. However, the low usage appears to be offset by age-related degradation rather than mechanical wear. Between October 2023 at 88,258 miles and October 2024 at 89,746 miles, the car covered only 1,488 miles, yet it suffered from multiple failures including perished tyres and cracked rubber, which are common symptoms of vehicles undergoing long periods of inactivity. A buyer must conduct a thorough physical inspection of the chassis, specifically focusing on the offside outer sill and the front and rear suspension crossmembers. The tester has consistently flagged corrosion in these areas since 2024, and without professional measurement, there is a high risk of deep-seated structural rot. The braking system also requires scrutiny, as the history shows binding offside front calipers and corroded rear brake pipes that have been masked with grease, potentially hiding the extent of the decay. The drivetrain shows signs of neglect with the nearside front drive shaft CV boot being noted as severely deteriorated or split in three consecutive years. The recurring presence of a minor exhaust leak since 2024 further indicates that the exhaust system has not been properly refurbished. Given the age of the vehicle and the persistent nature of these mechanical defects, the car represents a risk of significant further repairs in the near future.