2007 Chrysler 300 3.0L Diesel · BD07 DHV

The vehicle shows signs of a deteriorating maintenance trend, with the most recent MOT test in July 2023 failing on multiple items including parking brake efficiency and suspension play. While the vehicle passed on the second attempt that same day, the presence of a near-side front lower suspension arm ball joint with slight play indicates that mechanical wear is becoming more frequent. The most recent recorded data is nearly three years old, meaning the current roadworthiness cannot be verified without a fresh inspection. This Chrysler 300 has covered 238,237 miles over its 19-year lifespan, averaging roughly 12,500 miles per year. This represents high mileage for a vehicle of this age, suggesting significant drivetrain and suspension component fatigue. The mileage accumulation between May 2022 and July 2023 shows a jump of approximately 20,000 miles, which is consistent with heavy usage. Such high mileage often correlates with the recurring issues noted in the records, specifically regarding braking systems and steering components. A prospective buyer should prioritize a thorough inspection of the braking system and suspension. The records show a pattern of issues, including binding near-side front brakes in July 2022 and thin rear brake pads in May 2022. The July 2023 failure regarding parking brake efficiency suggests the handbrake mechanism may require attention. Furthermore, the recurring mentions of pitted or scored brake discs across multiple years indicate that the braking hardware is reaching the end of its service life. The steering and suspension require close scrutiny. The May 2021 advisory regarding a deteriorated steering column flexible coupling, combined with the July 2023 ball joint play, points toward potential steering vagueness or noise. An oil leak was also flagged in May 2021; although described as not excessive at the time, the high mileage makes it necessary to check for worsening leaks around the engine and gearbox. Given the age and high mileage, checking for structural corrosion in the chassis and subframes is also essential.