2013 Mercedes-Benz SL 3.5L Petrol · DF13 OPC

The 2013 Mercedes-Benz SL presents a stable and unblemished maintenance trend, culminating in a clean pass on 2 December 2025 at 27,816 miles. Every recorded test since August 2022 has resulted in a pass with zero defects or advisories. A duplicate entry on 11 November 2024 shows a failure at 27,409 miles with no recorded defects, which typically indicates a voided or aborted test rather than a mechanical fault, as the vehicle passed on the same day. The vehicle demonstrates consistent mechanical integrity across its recent history, indicating a resolving trend of any prior issues and currently meeting all required safety and emissions standards without reservation. The recorded mileage of 27,816 miles over thirteen years equates to an average of roughly 2,140 miles annually, confirming exceptionally light usage. The mileage progression reveals a steady but minimal accumulation: 25,654 miles in August 2022, 26,796 miles in October 2023, 27,409 miles in November 2024, and 27,816 miles in December 2025. This translates to approximately 1,142 miles between the 2022 and 2023 tests, 613 miles between 2023 and 2024, and 407 miles between 2024 and 2025. Such low annual mileage suggests the vehicle has spent extended periods stationary, a factor that demands specific attention during a physical inspection despite the clean MOT record. Although the MOT record contains no recurring mechanical or structural advisories, the low-mileage profile necessitates a focused physical inspection. Prolonged periods of inactivity can cause brake discs to surface corrode and calipers to bind, even if they passed the roller test. Tyres must be closely examined for date codes and sidewall cracking, as rubber perishes with age rather than mileage. Suspension bushes and seals may also have dried out from standing. A prospective buyer should inspect the undercarriage for any signs of structural corrosion and verify the condition of the exhaust system, as short journeys and standing can accelerate internal condensation and rust.