2003 SEAT Leon 1.8L Petrol · DX03 HNM

The vehicle shows a history of recurring mechanical wear and deferred maintenance typical of a high-mileage older car. The most recent test in April 2025 at 188,572 miles identified a worn bush on the nearside front lower suspension arm and a worn offside rear coil spring. This follows a persistent trend of suspension issues dating back to 2022, where the car failed due to a fractured rear coil spring and excessive wear on front arm bushes. While the vehicle has passed its tests, the frequent flagging of bushes and springs suggests the suspension is nearing the end of its service life. At 188,572 miles over 23 years, the car has averaged approximately 8,200 miles per year, which is consistent with average UK usage. However, the record reveals consistent issues with basic upkeep. For instance, oil leaks were noted in 2022 and 2023, and the 2024 test flagged both front tyres as being close to the legal limit with uneven wear. This pattern indicates that components are often replaced only when they approach failure or after a significant amount of mileage between annual inspections. Structural integrity is a primary concern for this vehicle. In 2023, the tester found corrosion on the offside inner vehicle structure, though rigidity was not yet significantly reduced. More critically, the records from 2022 and 2023 note that plastic sill covers prevented a full inspection of the actual sills. Additionally, brake pipe corrosion was noted in both 2022 and 2023, requiring the tester to grease the pipes to pass. The presence of corrosion on hidden structural components poses a risk of progressive rust that may go undetected. The steering and drivetrain have also shown signs of age. Play in the steering rack inner joints was a recurring failure between 2021 and 2022, and a split CV boot on the offside front caused failure in 2022. While the car currently remains roadworthy, the combination of structural corrosion, recurring suspension failures, and aging brake components suggests a buyer should be prepared for significant maintenance costs. A physical inspection of the sills beneath the plastic covers is essential to ensure the reported rust has not progressed beyond the point of economical repair.