2006 Chrysler-Jeep 300 3.0L Diesel · RA02 MOL

The vehicle presents a concerning maintenance trend characterized by a significant decline in mechanical oversight during its most recent inspections. While it passed its last MOT in August 2025 at 108,817 miles, this followed a major failure just nine days prior. The transition from a pass in 2024 to a list of critical suspension and braking failures in 2025 suggests a reactive rather than proactive approach to repairs. The current state of the vehicle indicates multiple components reaching the end of their service life simultaneously. At 108,817 miles, this 20-year-old Chrysler has covered an average of approximately 5,400 miles per year. However, the data shows a recent burst of usage, with 10,109 miles covered between July 2024 and August 2025, nearly doubling the annual average. This pattern of low-mileage-use periods often correlates with the degradation of rubber components and the accumulation of surface corrosion, which is consistent with the various rust and worn bushing issues noted in the record. A buyer must conduct a thorough inspection of the rear suspension and structural integrity. The record consistently flags corrosion on the suspension mounting areas and the rear vehicle structure, which is a known risk for a car of this age. The August 2025 failure highlighted excessively worn bushes in the front and rear suspension arms, while the subsequent pass only noted a worn sub-frame pin. These issues indicate that the vehicle's geometry and stability may be compromised by perished rubber. The braking system requires immediate attention. The 2025 failure revealed an inoperative rear parking brake and poor overall efficiency, followed by thin front pads and pitted discs. Furthermore, the offside front track rod end ball dust cover has been a recurring issue since 2022, indicating that minor steering faults have been ignored for years. Any prospective buyer should verify that the corrosion on the mounting points has not progressed into structural perforation and that the parking brake mechanism is fully functional.