2007 CHRYSLER SEBRING2.0L DIESEL

The 2026-06-17 date indicates a very recent MOT record, placing the vehicle in immediate safety concern regarding its recent history. The most recent test on July 14, 2017, was a failure of the dipped beam headlamp, a defect that has persisted since then. This suggests that the owner has not maintained the car in a safe condition since the 2017 test, implying a lack of proactive upkeep and a potential for future mechanical failure. The vehicle has been tested twice in the past year, once passing and once failing, which creates a significant gap in the maintenance record and indicates a lack of consistent adherence to the roadworthiness standards. The mileage pattern reveals a clear accelerating trend that is not typical for a 2007 model. The vehicle has accumulated approximately 19 years of recorded mileage, totaling 165,753 miles, which is roughly 8,724 miles per year. This rate of accumulation is consistent with a vehicle that has been driven for extended periods or used less frequently, leading to accelerated wear on the drivetrain and suspension components. The gap between the 2017 and 2016 tests is significant, with the 2016 test showing a failure of the rear inner tyre tread depth, whereas the 2017 test passed without such issues. This abrupt change in condition suggests that the car has not been serviced correctly since the 2016 test, highlighting a lack of basic upkeep. Given the recurring faults and accelerating mileage, the vehicle is not roadworthy for continued use. The history of a failed dipped beam headlamp and a recent failure of the rear inner tyre tread depth indicates that the vehicle has not been maintained to meet the safety requirements of the DVSA. The lack of a record of regular servicing since the 2016 test, combined with the accelerating mileage of 19 years, suggests that the vehicle is in a state of accelerated wear that poses a risk of structural failure. A buyer must inspect the car for binding rear brakes, structural rust, and excessive exhaust emissions, as these are the most critical components identified in the maintenance history.