1997 Mercedes-Benz SLK 2.3L Petrol · R901 BAH

The 1997 Mercedes-Benz SLK shows a stable roadworthiness trend, with the most recent DVSA test on 26 September 2024 at 65,289 miles returning a pass and no defects recorded. Prior examinations on 8 June 2022 at 64,674 miles, 12 May 2021 at 62,062 miles, 3 June 2020 at 58,533 miles, and 28 May 2019 at 55,869 miles each achieved passes with zero advisories. The maintenance history is clean and consistent, indicating no worsening mechanical faults across the five-year record. Mileage accumulation reflects light use for a 29-year-old vehicle. The odometer advanced just 9,420 miles between the May 2019 test and the September 2024 test, an average of roughly 1,880 miles per year. A pronounced quiescent period appears between June 2022 and September 2024, when the car covered only 615 miles in 27 months, suggesting extended storage or SORN status. The absence of any failure or advisory across these sparse but regular tests implies previous owners adhered to statutory inspection and likely conducted basic upkeep, though the long dormant interval warrants scrutiny of consumables. No recurring faults or structural concerns appear in the official record. Testers flagged no worn suspension bushes, cracked coil springs, binding calipers, corroded brake discs, exhaust emissions breaches, or structural integrity issues at any interval. Such a defect-free history distinguishes the SLK from higher-mileage contemporaries that often accumulate advisories on subframe corrosion or steering joints. A buyer should still commission an in-person inspection targeting age-related degradation invisible to the MOT lane. Standing for long periods can seize brake components and perish rubber mounts. We recommend checking for binding rear calipers, inspecting coil springs for stress fractures, and assessing hidden chassis rust. Verify tyre sidewalls for cracking despite adequate tread, and confirm fluid condition after low-use storage. The clean record supports a sound purchase, but physical verification of dormant-system integrity remains prudent.