2006 MERCEDES-BENZ CLS3.0L Diesel

The vehicle shows a generally stable maintenance trend, though the MOT history is significantly outdated. The most recent recorded test occurred on 1 August 2022 at 107,279 miles, where the car initially failed due to an inoperative or malfunctioning engine Malfunction Indicator Lamp (MIL) before passing. Given that today is 30 July 2026, this vehicle is four years overdue for its MOT, meaning its current roadworthiness is entirely unverified and the vehicle may not be legal to drive on public roads. The mileage profile suggests very light usage, averaging approximately 5,364 miles per year over its lifespan. A notable discrepancy exists in the records between July 2016 and July 2017, where the mileage jumped from 13,747 to 24,776, followed by a significant period of low activity. Between 2017 and 2022, the mileage increased from 24,776 to 107,279, indicating a shift toward more regular use in later years. This pattern of low annual mileage can often lead to secondary issues such as perished rubber components or seized brake calipers due to infrequent operation. The inspection history highlights specific areas of concern regarding consumables and fluid lines. The August 2019 test flagged a corroded offside rear brake pipe covered in grease, which suggests an attempt to mask surface corrosion or a previous repair attempt. While the vehicle has passed several tests without advisories, the 2014 and 2017 failures for tyre tread depth and structural damage to sidewalls indicate periods where basic maintenance was neglected. A prospective buyer must conduct a thorough physical inspection of the braking system, specifically looking for fresh corrosion on brake pipes and the condition of the hydraulic lines. The reported MIL failure in 2022 warrants a diagnostic scan to ensure no underlying engine management faults persist. Because the vehicle has been sitting without a valid MOT for several years, the buyer should also examine all suspension bushes, coolant hoses, and battery health, as long periods of inactivity often degrade these components.