2005 Mercedes E 3.0L Diesel · BV55 DBX

The vehicle holds a current MOT certificate following a successful test on 15 January 2026 at 135,176 miles, providing a reliable snapshot of its condition five months ago. This marks a clear resolution to the defects recorded just twenty-four hours earlier when the tester initially rejected the car due to excessive diesel particulate filter smoke and two registration plate faults. Maintenance activity shows an improving trajectory after a cluster of suspension and emissions failures in early 2025. The current record lists only minor advisory notes regarding a deteriorating rear number plate and an inoperative offside front lamp, indicating that critical mechanical systems now meet DVSA standards without urgent intervention. Recorded usage aligns closely with the expected profile for a twenty-one-year-old saloon. The odometer advanced from 127,335 miles in January 2024 to 133,889 miles by January 2025, covering roughly 6,554 miles across twelve months. Annual progression continued steadily to 135,176 miles at the latest test, reflecting consistent rather than sporadic driving habits. The testing schedule remains predictable with examinations clustered in mid-January each year, suggesting the previous keeper maintained a regular service routine without extended periods of neglect or sudden high-mileage bursts. Buyers should prioritise a physical assessment of the front suspension assembly and braking circuitry given the repeated warnings. The January 2025 failure documented a fractured offside front coil spring alongside light oil misting on the matching shock absorber, conditions that warrant verification of correct replacement and proper load handling. Inspectors must also examine the offside front constant velocity joint boot for remaining grease leakage and check the adjacent brake pipe for corrosion or contamination, as these components degrade rapidly once protective seals fail. A thorough road test will confirm whether the exhaust system retains its particulate filter efficiency and if steering response feels neutral without vibration or pull.