2016 Ford B-MAX 1.6L Petrol · PX66 MXJ

This Ford B-Max presents an exceptionally clean record of roadworthiness, characterized by a total absence of advisories or recorded defects across its recent testing history. This stability is evidenced by the clean pass achieved on 2025-08-08, following a consistent trend of successful inspections dating back to 2022. Even the brief failure recorded in August 2024 was resolved immediately, leaving no lasting trace of mechanical deterioration or chronic component failure in the official record. The recorded mileage of 28,785 miles is significantly low for a vehicle of this age, averaging approximately 2,878 miles per year. Such a low annual accumulation indicates a usage pattern of short trips or extended periods of inactivity. Mechanically, this suggests that the drivetrain and major engine components have experienced minimal wear, though it places a different kind of stress on the vehicle, specifically regarding the potential for seals to dry out or components to seize due to lack of regular heat cycles and lubrication. Given the absence of flagged defects in the DVSA records, the physical inspection should focus on verifying that the low mileage has not resulted in dormant mechanical issues. During the test drive, pay close attention to the braking system for any signs of binding calipers or uneven pedal pressure, which can occur when vehicles are not used frequently. Listen for any knocks or clicks from the suspension bushes and steering linkages when navigating uneven surfaces, as rubber components can perish over time regardless of the distance travelled. Final checks should include a thorough inspection of the underbody for any signs of surface corrosion that may have developed during periods of standing. Ensure the engine reaches operating temperature smoothly and that there are no signs of oil misting around the gaskets, which can sometimes manifest after long periods of low usage. The lack of historical advisories provides a strong baseline, but a physical verification of these specific low-use symptoms is essential to confirm the vehicle's current mechanical integrity.