2007 Mercedes-Benz CLK 1.8L Petrol · KY07 GGF

The vehicle presents a concerning state of roadworthiness characterized by a trend of deferred preventative maintenance. While the car passed its most recent test in July 2025 at 142,769 miles, the record reveals a high volume of advisories that indicate multiple components are nearing failure. The transition from a failure in early July 2025 to a pass just eleven days later suggests the owner addressed only the minimum requirements to achieve legal compliance rather than resolving the underlying mechanical degradation. At 19 years old, the recorded 142,769 miles average to approximately 7,500 miles per year, which is consistent with typical usage for this age. However, the data shows a significant gap of over 6,000 miles between December 2023 and July 2025. During this period, the vehicle suffered from a cascade of failures, including a fractured front coil spring and worn ball joints, suggesting that while the annual mileage is low, the vehicle components are aging or left unattended for long intervals. A prospective buyer must conduct a thorough physical inspection of the underbody and suspension geometry. The July 2025 test flagged corrosion on the rear sub-frame and rear brake pipes, which are structural and hydraulic risks that tend to worsen over time. The recurring reports of play in the steering rack inner joints and the nearside front wheel bearing indicate significant wear in the steering and hub assemblies. Furthermore, the presence of fractured rear road wheels at the valves suggests a history of impact damage or neglect regarding wheel-related components. Attention should also be paid to the braking system and tyres. The history shows pitted front brake discs and a damp caliper, alongside a consistent pattern of tyres reaching the legal limit or failing for depth. Given that the anti-roll bar linkages and coil springs are repeatedly flagged or converted to advisories, the vehicle is likely to require immediate investment in the suspension system to ensure safe handling and stability.