2014 Mercedes-Benz E 2.1L Electric diesel · FL14 GTF

The vehicle presents a currently roadworthy status with a stable maintenance trend, evidenced by the most recent test on 23 September 2025 at 152,629 miles returning a pass with no defects recorded. Prior to that, the September 2024 test at 138,709 miles also passed with no advisories, following an initial failed attempt on the same date with no defects logged, a pattern repeated on 23 September 2023 at 124,688 miles where a first fail with no defects was followed by a same-day pass. The record shows no recurring mechanical or structural faults across the three-year span, indicating consistent compliance once administrative re-tests were cleared. Annual mileage averages around 12,719 miles against the car's 2014 build, placing it above typical use for a twelve-year-old executive saloon. The odometer moved from 124,688 miles in September 2023 to 138,709 in September 2024, then to 152,629 by September 2025, a steady ~14,000 miles per year with no gaps or sudden accumulation spikes. The clean advisories across all passes suggest the previous keeper addressed consumables and wear items before each test rather than letting minor defects accrue. Given the sparse history shows only no-defect outcomes and duplicated fail/pass entries on the same day, the buyer should still commission an independent inspection of suspension bushes, coil springs, and brake disc wear, as high annual mileage on a Mercedes-Benz W212 chassis commonly fatigues those components without triggering MOT advisories. Examine underside subframes and sills for corrosion, and confirm the engine and transmission mounts show no excessive movement at 152,629 miles. The same-day fail and pass cycles in 2023 and 2024 with no defects listed point to documentation or process errors at the testing station rather than owner neglect. Treat the car as mechanically sound per record, but verify service history matches the mileage and check for uneven tyre wear or binding calipers that a clean MOT will not always capture.