2007 Mercedes C 2.1L Diesel · SV57 NFH

The vehicle remains roadworthy but the maintenance history reveals a persistent trend of progressive corrosion and suspension wear. While the most recent test in September 2023 at 151,552 miles passed, it carried multiple significant advisories regarding shock absorbers and suspension components. The transition from a failure in September 2022 regarding the SRS lamp and parking brake to a pass indicates that the owner addressed immediate safety faults, yet the underlying structural issues and component degradation are steadily advancing rather than resolving. At 19 years old, the recorded mileage of 151,552 miles represents a consistent usage of approximately 8,000 miles per year. The data shows a steady accumulation of mileage, with 11,520 miles covered between 2021 and 2022, and another 6,794 miles in the year leading up to the 2023 test. This regularity suggests the car has not sat stationary for long periods, which often accounts for the accelerated degradation of rubber components and shock damping effects noted in the record. A buyer must conduct a thorough inspection of the rear sub-frame and Macpherson struts, as corrosion has been flagged in every test since 2021. The tester noted that while structural integrity is not yet significantly compromised, the presence of rust on the sub-frame and struts indicates a high risk of future structural failure. The rear shock absorbers have reached their functional limit, having moved from slight external casing damage in 2021 to a reduced damping effect by 2023. The braking system requires close monitoring, specifically the rear brake hoses which have shown signs of corrosion at the ferrule for several years. Because the 2023 test also flagged the nearside front and nearside rear tyres as worn to the legal limit or unevenly, the buyer should verify basic consumable maintenance. The deteriorated nearside front suspension ball joint dust cover also demands immediate attention to prevent premature ball joint failure and steering instability.