2016 Mercedes-Benz CLA 2.1L Diesel · R23 WEX

This 2016 Mercedes-Benz CLA demonstrates a clean and stable maintenance trajectory, culminating in an unblemished pass on the third of October 2022 at 58,577 miles. The complete absence of advisory items or test failures during this most recent inspection indicates that the vehicle was presented in a sound mechanical state. Previous ownership addressed minor housekeeping promptly, as evidenced by the thirtieth of September 2021 test at 44,577 miles where items obscuring the driver view were cleared prior to certification. The vehicle has covered a modest 58,577 miles over its ten-year lifespan, averaging roughly 5,858 miles annually, which sits well below the national average. A notable detail within this timeline is the stagnant mileage reading between the September 2021 test at 44,577 miles and the October 2022 test where the odometer remained static at 58,577 miles. This discrepancy in the official record requires careful verification of the V5C logbook and previous service invoices to rule out a clerical administration error by the testing station or an extended period of inactivity. Extended periods of minimal use or standing can induce specific mechanical vulnerabilities that prospective buyers must examine during an in-person viewing. Low annual mileage frequently accelerates the degradation of rubber suspension bushes, brake hoses, and wiper blades through aging rather than friction. Surface corrosion on brake discs and seizure-prone sliding calipers often accompany vehicles left parked for long durations, meaning the braking system requires a thorough physical check for scoring and uneven pad wear. A comprehensive pre-purchase physical inspection should also target the underbody structural integrity, exhaust system hanger corrosion, and the condition of the tyres for age-related cracking regardless of remaining tread depth. Verifying the physical service stamps in the logbook will confirm whether the low usage was matched by regular fluid and filter changes, ensuring the engine internals and ancillary components have not suffered from infrequent maintenance cycles.