2003 KIA Sorento 2.5L Diesel · GF03 YYW

The vehicle's maintenance history shows a concerning trend regarding structural integrity and corrosion. While the most recent test in October 2024 at 170,857 miles resulted in a pass, the record shows significant recurring issues with the chassis. The tester flagged offside inner sill corrosion during that test, following a much more severe failure in November 2023 where the vehicle failed on multiple counts of inadequate structural repairs and significant corrosion to the integral body structure. This pattern suggests a long-term struggle with oxidation that has transitioned from minor sill corrosion in 2020 to serious structural integrity concerns in 2023. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 7,400 miles per year. The records show a steady progression from 113,715 miles in 2014 to 170,857 miles in late 2024. There are no significant gaps in the testing history that would suggest long periods of non-use, though the frequency of failures in the 2021 to 2023 period indicates a period of deteriorating mechanical and structural condition. A prospective buyer must prioritise a thorough inspection of the underbody and chassis. The history of failed tests due to structural rigidity issues and corroded fuel and brake pipes indicates that the vehicle has suffered from significant environmental degradation. You should specifically examine the nearside and offside inner sills, the fuel lines, and the brake pipes for any signs of active corrosion or previous heavy-duty repairs that may not meet current standards. Suspension components also require close scrutiny. The record shows repeated failures involving anti-roll bar linkages and wheel bearings, with the tester flagging fractured linkages in 2021 and 2023, and excessive play in the front wheel bearing in 2022. Given the recent advisory for unevenly worn tyres in October 2024, it is also necessary to check the alignment and suspension bushings to ensure the vehicle is not suffering from ongoing geometry issues caused by worn components.