2016 Mercedes-Benz SLC 2.1L Diesel · DR11 NMA

The Mercedes-Benz SLC presents a clean MOT history in its most recent tests, with the December 2025 examination at 31,830 miles showing no defects—an outcome mirrored in the January 2025 test at 27,635 miles. This consistency suggests stable mechanical condition, though the duplicate December 2023 entry (one pass, one fail at identical mileage) is anomalous and likely a clerical error rather than a genuine issue. No advisories or recurring faults appear in the past three years, indicating either meticulous maintenance or benign wear. The absence of corrosion, suspension failures, or brake system advisories is particularly notable for a vehicle of this age and low mileage, though the lack of detailed test reports means some wear states—such as tyre condition or fluid levels—cannot be confirmed. The mileage pattern reveals a vehicle used sparingly, averaging just over 3,100 miles annually, with no sudden spikes or drops between tests. The gap between December 2023 and January 2025 (nearly two years) suggests either infrequent use or a period of inactivity, yet the SLC’s systems appear unaffected by prolonged storage. The December 2023 duplication aside, the records show no mileage discrepancies, reinforcing the likelihood of light, consistent usage. Such low annual mileage typically reduces wear on drivetrain components, brakes, and suspension, though it may also mask deferred maintenance if the vehicle sat unused for extended periods. Given the sparse MOT data, a buyer should prioritise a thorough pre-purchase inspection, focusing on components rarely captured in standard tests. The suspension—particularly rear coil springs, bushings, and ball joints—should be checked for degradation, as low-mileage vehicles can still suffer from age-related fatigue. Brakes, including caliper condition and disc thickness, warrant close scrutiny, even without MOT advisories, given the potential for binding or uneven wear from infrequent use. Exhaust emissions and fluid levels (brake, coolant, oil) should be verified, alongside tyre tread depth and condition, as these consumables may not have been rotated or replaced on a strict schedule. Structural integrity, especially around wheel arches and underbody panels, should be assessed for early corrosion, a risk for vehicles stored in damp conditions.