2010 Mercedes-Benz A-Class 1.7L Diesel · CP10 XSY

The vehicle is currently roadworthy, having passed its most recent MOT in July 2025 with 87,282 miles and no recorded defects. This represents an improving maintenance trend following a period of significant mechanical concern noted between 2022 and 2024. While the latest test is clean, the history reveals a vehicle that has suffered from persistent corrosion-related issues that required active intervention to reach its current passing standard. At 16 years old, this Mercedes A-Class has a relatively low-mileage profile, averaging approximately 5,455 miles per year. The data shows consistent usage patterns, with a 6,000-mile gap recorded between July 2023 and July 2024, and another 7,590 miles thereafter. However, low mileage often correlates with the accelerated degradation of rubber components and metal hardware due to periods of inactivity, which appears to align with the recurring failures of brake pipes and exhaust components found in the test record. A buyer must conduct a thorough physical inspection of the recurring corrosion points identified in the previous years. The 2023 and 2024 tests specifically flagged corroded brake pipes, fuel filler necks, and Macpherson struts. Although these were cleared in later tests, the presence of grease on the brake pipes in 2024 suggests an attempt to mask surface rust rather than treat the underlying structural metal fatigue. The offside front road wheel distortion noted in 2024 should also be checked for vibrations or uneven tyre wear during a test drive. The integrity of the exhaust system remains a priority given the history of leaks and heavy corrosion dating back to 2022 and 2023. Because undertrays and sill covers previously prevented a full inspection, a technician should manually remove these components to inspect the inner sills and underbody mounting points to ensure no structural rot has progressed undetected. While the 2025 result is positive, the previous mechanical data indicates a vehicle prone to rapid oxidation that requires vigilant monitoring.