2016 Ford S-MAX 2.0L Diesel · BP65 ATV

A persistent oil leak and a historical dangerous failure regarding brake pad thickness define the mechanical record of this vehicle. While the latest test on 2026-07-08 resulted in a pass, the oil leak has been flagged as an advisory for two consecutive years, indicating a chronic rather than acute issue. The overall trend shows a vehicle that generally meets roadworthiness standards, although the 2023 failure for dangerously worn rear brake pads highlights a period of critical component wear. With 98,307 miles recorded over approximately ten years, the vehicle has averaged nearly 10,000 miles per annum. This usage pattern is typical for a vehicle of this age and class, suggesting regular operation rather than prolonged periods of stagnation. Mechanically, this level of accumulation typically coincides with the expected wear cycle for suspension bushings, brake discs, and drivetrain mounts, which aligns with the recorded history of tyre and brake component replacements. Attention should be directed toward the ongoing oil leak noted in the 2025 and 2026 tests. A physical inspection of the engine bay and the ground beneath the vehicle is necessary to identify the source of the leak and determine if it is originating from gaskets, seals, or the sump. Additionally, the minor defect regarding a twisted nearside front brake hose in the most recent test requires verification to ensure the hose is not restricting fluid flow or showing signs of external perishing. During a test drive, the braking system should be evaluated for consistency, specifically checking for any pedal judder or uneven deceleration that could relate to the previously flagged worn and pitted rear brake discs. The steering and chassis should be monitored for any unusual vibrations or pulls, ensuring that the tyre issues noted in previous years have been fully rectified with quality replacements. Listen for any abnormal noises from the underbody during low-speed maneuvers to ensure the chassis remains free of significant deterioration.