2005 Mercedes-Benz CLK 3.2L Petrol · YU54 YFA

The vehicle remains roadworthy, but the maintenance history reveals a concerning trend of component degradation and deferred preventative care. The most recent test in November 2025 at 61,234 miles flagged several critical advisories including deteriorated headlight lenses, thin rear brake pads, and pitted brake discs. While the car consistently passes, the recurring appearance of brake system wear and suspension issues suggests that repairs are only addressed when components reach a point of failure rather than on a scheduled basis. The mileage profile is exceptionally low for a 21-year-old vehicle, averaging approximately 2,916 miles per year since the first recorded entry in 2015. This low usage explains several instances of age-related failures rather than mechanical strain. For example, between April 2018 (42,833 miles) and July 2021 (48,972 miles), the car covered only 6,139 miles yet suffered from fractured coil springs and worn ball joints. Long periods of standing have likely accelerated corrosion on rubber and metal components. A buyer must conduct a thorough physical inspection of the suspension and braking hardware. The record shows a persistent history of fractured coil springs in 2018 and 2021, alongside recurring issues with lower arm bushes and ball joints. The 2025 test specifically noted corrosion on the front Macpherson struts and general corrosion on the rear suspension, which requires close monitoring for structural integrity. Additionally, the brake pipes and hoses have shown consistent signs of corrosion and deterioration over the last four years. The non-excessive oil leak has been noted in almost every test since 2022, indicating a persistent leak that has not been rectified. The offside front road wheel was noted as slightly distorted in 2025, suggesting a previous impact that should be checked for tracking issues. Given the low mileage, the buyer should also verify the age of the tyres and perished rubber components, as tread depth may mask structural fatigue in decades-old rubber.