2008 Chrysler 300 3.0L Diesel · DV08 EDF

The vehicle last passed an MOT on 4 March 2024 at 160,891 miles, but this test is now over two years old, meaning its legal roadworthiness status is currently unknown without a new examination. The historical trend shows persistent, unresolved issues with the rear sub-frame mounting bushes, flagged in 2022, both 2023 tests, and again in 2024 as a perishing rubber component. While the critical parking brake failure from the March 2023 test was rectified for the subsequent pass, recurring rear tyre edge wear and a deteriorating prop shaft donut indicate ongoing suspension and drivetrain wear that has not been fully addressed. The maintenance pattern is therefore unstable, with core mechanical components degrading between tests. The recorded mileage of 160,891 for an 18-year-old vehicle averages approximately 8,938 miles annually, which is typical for its age. The progression from 137,766 miles in March 2021 to 160,891 miles in March 2024 shows consistent, moderate usage over that three-year period. However, the complete absence of any MOT record for the subsequent 27 months until the present date is a significant gap. This lengthy untested interval suggests either a period of disuse, storage, or a failure to maintain legal testing requirements, during which the vehicle's condition could have deteriorated substantially without official scrutiny. A buyer must prioritise a thorough in-person inspection of the rear sub-frame bushes and mounting points for excessive movement, as these have been a recurring advisory for over two years. The chronic rear tyre edge wear points to likely suspension geometry issues or worn components requiring immediate attention. The underbody corrosion noted in 2024 is particularly concerning because fitted undertrays prevented a full inspection; the entire underside must be examined for structural rust, especially around the sub-frame and sills. The perishing rear prop shaft donut and the previously noted oil leak should be verified, along with a functional check of the parking brake efficiency and a full assessment of all brake discs and pads for wear or binding.