2013 Ford Galaxy 2.0L Diesel · WP62 MVO

A cumulative history of structural corrosion, component wear, and a severe brake failure define the mechanical background of this Ford Galaxy, which successfully renewed its roadworthiness on January 9, 2026, with minor defects for an inoperative registration plate lamp and advisories regarding inner tread wear on both rear tyres. This latest pass follows a volatile multi-year trend that includes a dangerous failure in January 2024 for critically thin brake pads, a binding offside front service brake, axle braking imbalance, and worn rear suspension arm bushes. While the vehicle has secured passes in four consecutive tests since that major intervention, the underlying record reveals recurring mechanical stress across its braking, suspension, and structural underpinnings. Accumulating 180,418 miles over its thirteen years on the road translates to a high average of approximately 13,878 miles per year, reflecting heavy, consistent usage. This intensive operating history places continuous mechanical demand on high-wear assemblies such as the drivetrain, steering, and suspension. Rather than sitting idle, the vehicle has been subjected to sustained operational mileage, which directly accounts for the recurring fatigue observed in suspension arms, coil springs, and subframe structures documented throughout successive MOT examinations. During a physical inspection and test drive, a prospective buyer must meticulously evaluate the specific components flagged in past records, paying close attention to the rear suspension arms, subframe corrosion, and coil springs. Listen carefully for clunks, knocks, or metallic rattles from the rear axle when driving over potholes or speed bumps, which would indicate degraded suspension bushes or structural corrosion. Furthermore, inspect the front oil leak noted across multiple tests from 2021 through 2022 by checking for fresh pooling or heavy residue underneath the engine bay. Given the history of a severely binding front brake and imbalanced braking forces from the 2024 failure, combined with the recent 2025 advisory for thin inner rear brake pads and scored front inner discs, the braking system requires rigorous scrutiny. During the test drive, test the brake pedal feel for any pulsation, sponginess, or a tendency for the vehicle to pull decisively to one side when applied, which would signal lingering caliper binding or uneven friction material wear. Verify that the supplementary restraint system warning lamp extinguishes correctly upon startup, addressing the electrical fault flagged in the 2021 testing cycle.