2005 Mercedes C 2.1L Diesel · LR55 YTK

The roadworthiness of this vehicle is currently concerning due to a worsening trend in mechanical neglect. The most recent recorded test in August 2022 at 195,129 miles resulted in a significant failure with a high volume of defects across safety-critical systems. Given that no further MOT records exist for nearly four years since, the vehicle has likely operated or sat without a valid test certificate, greatly increasing the likelihood that the previously identified mechanical failures and corrosion-related issues have deteriorated further. The mileage profile shows a consistent usage pattern typical for a vehicle of this age, averaging approximately 9,300 miles per year. Between April 2019 at 174,679 miles and August 2022 at 195,129 miles, the car covered roughly 20,000 miles. While the annual mileage is stable, the quality of maintenance reflected in the 2022 failure suggests that the mileage was not driven by proactive preventative care, leading to multiple simultaneous failures of the suspension and braking components. A buyer must conduct a rigorous physical inspection focusing on the structural integrity and underbody components. The 2022 test flagged corrosion on the rear subframe mounting areas and both rear coil springs, which are common failure points on this model. The nearside front suspension arm ball joint was noted as excessively worn and likely to detach, indicating a severe risk to the steering geometry. Furthermore, the engine was reported as leaking oil excessively in 2022, which requires a thorough check for gasket failure or crankcase seal degradation. The braking system also demands immediate attention. The 2022 failure recorded ABS and electronic stability control faults alongside significantly worn front brake discs and poor efficiency in both service and parking brakes. The history of corroded rear brake pipes dating back to 2019 suggests a persistent environment of rust for fluid lines. Without a recent MOT to verify that these faults were rectified, the state of the braking hydraulics and electronic sensors remains an unknown and high-risk factor.