2008 Citroen C-Crosser 2.2L Diesel · PX58 SVF

The vehicle currently holds a valid MOT certificate, but the maintenance history reveals a concerning trend of structural and mechanical degradation. While the car passed its most recent test in January 2025 at 196,437 miles, this result followed a significant failure in November 2023 where critical structural defects were identified. The transition from a seriously weakened front sub-frame and MacPherson strut in 2023 to a pass suggests that while repairs were made, the underlying corrosion issues remain a primary risk factor. At 196,437 miles, this 18-year-old vehicle has averaged approximately 11,000 miles per year, which is consistent with typical UK usage for its age. However, the interval between the November 2022 test and the November 2023 test saw nearly 19,000 miles covered in just twelve months. This high rate of accumulation accelerated the wear on suspension components. The recurring failures related to ball joints and bushes during this period indicate the vehicle is operating at the end of the life for many high-mileage parts. A buyer must conduct a thorough physical inspection of the chassis and suspension geometry. The record shows a persistent history of corrosion across the front sub-frame, suspension arms, and rear spring carriers. Although the 2024 test noted surface rust on the floor, the previous 2023 failure for seriously weakened structural members means the integrity of the vehicle should be under constant scrutiny for advanced rust. The drivetrain and braking system also require close attention. Persistent but non-excessive oil leaks from both the engine and transmission noted in 2023 and 2024 point to aging seals that may soon require expensive intervention. The frequent flagging of pitted brake discs and thin pads across multiple years suggests a reactive approach where components are replaced only upon nearing failure. Given the high mileage and the history of structural decay, the vehicle represents a high-risk profile for future mechanical failures.