2012 MERCEDES-BENZ CLS3.0L Diesel

The maintenance trend for this 2012 Mercedes-Benz CLS remains highly stable, culminating in a clean pass on 21 July 2025 at 54,156 miles with zero defects recorded. The vehicle has consistently passed its annual assessments without any advisories or failures noted on the issued certificates, barring a single failed test on 23 July 2024 at 52,121 miles where no defects were officially recorded. This anomaly likely stems from an aborted test or an administrative rejection rather than a mechanical fault, given the immediate pass recorded the same day at 52,135 miles. The absence of recurring mechanical or structural issues across the documented history indicates a well-maintained drivetrain and chassis. The recorded mileage of 54,156 miles over fourteen years equates to roughly 3,868 miles annually, which is exceptionally low for a vehicle of this age. The odometer progression demonstrates consistent, light usage: 46,804 miles in July 2022, 49,546 miles in July 2023, 52,135 miles in July 2024, and 54,156 miles in July 2025. This translates to an average yearly accumulation of approximately 2,450 miles, with no sudden spikes or significant gaps in the record. Such low mileage typically limits wear on consumables and drivetrain components, though prolonged periods of inactivity can introduce its own degradation. Despite the pristine MOT record, a physical inspection must focus on components that deteriorate with age and stagnation rather than mileage. Buyers should closely examine the condition of the tyres for sidewall cracking and flat-spotting, as low annual mileage often means tyres perish before the tread wears down. Suspension bushes and coil springs require scrutiny for deterioration, while brake discs and calipers must be checked for surface corrosion and binding, common afflictions on vehicles that sit idle for extended periods. Inspect the exhaust system for moisture-induced corrosion and verify the structural integrity of the underbody, ensuring that prolonged standing has not accelerated rust formation on load-bearing points.