2013 Mercedes-Benz ML 5.5L Petrol · YC13 AWM

The 2013 Mercedes-Benz ML presents a stable and currently sound roadworthiness status, evidenced by its most recent MOT pass on 25 April 2025 at 56,841 miles with zero defects recorded. A failed test occurred just ten days prior at 56,819 miles, though the record indicates no specific defects were flagged, suggesting an administrative failure or an inability to complete the test rather than a sudden mechanical breakdown. The maintenance trend remains consistent and positive, with clean passes in 2021, 2022, and 2023, indicating no recurring mechanical or structural faults over the last four years. The mileage accumulation aligns with exceptionally low usage for a vehicle of this age, averaging roughly 4,372 miles annually. Between the April 2021 test at 42,967 miles and the April 2022 test at 44,619 miles, the vehicle covered just 1,652 miles, pointing to prolonged periods of standing. Usage increased slightly in 2023, reaching 49,011 miles, before a notable gap in the 2024 record. The subsequent jump to 56,841 miles by April 2025 indicates 7,830 miles were covered in that two-year period, equating to just under 4,000 miles per year. This sporadic pattern of low mileage and a missing 2024 entry suggests the vehicle spent significant time stationary, which carries its own mechanical implications. Despite the clean MOT history, the low-mileage, sporadic usage pattern demands a focused physical inspection. Vehicles standing for extended periods suffer from deteriorated rubber components; a buyer should closely examine the suspension bushes, tyre sidewalls for perishing, and brake discs for surface corrosion that can cause binding or premature wear. The failed test on 15 April 2025 without recorded defects warrants a specific request for clarification from the seller, as it could indicate an emissions reading issue or a structural failure that prevented a full assessment. Inspect the exhaust system for corrosion and check the underbody for structural rust, as the ML's chassis is susceptible to corrosion that might not always trigger an MOT failure but compromises long-term integrity.