1999 Mercedes-Benz CLK 2.3L Petrol · BAT 152B

The vehicle presents a mixed maintenance profile with a trend of recurring mechanical neglect rather than a clear pattern of resolution. While the most recent recorded test in June 2023 at 133,856 miles resulted in a pass, the record shows a long-standing history of failing to address consumable wear and suspension components. The tester flagged multiple issues during that 2023 inspection, including play in the steering rack inner joints, a deteriorated lower suspension arm ball joint dust cover, and worn tyres. This suggests that while the vehicle remains technically roadworthy, the owner has historically opted for minimum compliance rather than proactive maintenance. The mileage accumulation is notably low for a 27-year-old vehicle, covering approximately 4,958 miles per year to reach 133,856 miles. This low annual usage often correlates with the age-related deterioration seen in the records, such as the repeated presence of corroded brake pipes and perished rubber bushes. The data shows consistent testing from 2016 through 2023, though the frequency of failures in 2018 and 2019 suggests periods where the vehicle was driven with significant defects, including ABS faults and exposed tyre cords. A prospective buyer should conduct a thorough inspection of the underbody and braking system. The history shows a persistent struggle with corrosion, specifically in the brake pipes and the inner wing areas near the ABS actuator, which failed in May 2022. Recurring issues with steering rack play and suspension bushings indicate that the front-end geometry and bushings require close scrutiny. Furthermore, the repeated presence of thin brake pads and pitted discs suggests that the braking system has been maintained at the threshold of failure for several years. Finally, the frequent mention of temporary fuel caps and defective headlamp lenses suggests a general lack of attention to minor trim and peripheral components. While the low mileage is an advantage, the recurring failures in steering and suspension components indicate that the vehicle has likely spent significant time in a state of minor mechanical decay. An inspection of the shock absorber top mountings and the integrity of all rubber dust covers is essential to ensure no structural or safety-critical corrosion has progressed beyond the visible surface.