2016 Ford Fiesta 1.0L Petrol · DP65 NVM

Recurring suspension and corrosion issues define the mechanical profile of this Ford Fiesta, with a persistent advisory regarding a corroded offside rear coil spring appearing in three consecutive tests between January 2025 and January 2026. This pattern of component degradation escalated into a failure on 13 August 2026, when the vehicle failed due to a non-functional nearside front position lamp alongside the ongoing corrosion issue. Although the vehicle secured a pass on 24 August 2026, the MOT history shows a trend of worsening advisories, specifically involving suspension components and damping, which suggests that while the immediate lighting failure was rectified, the underlying mechanical wear is progressing. The recorded mileage of 51,938 miles indicates a relatively low usage pattern for a 2016 model, averaging approximately 5,194 miles per year. While this lower annual accumulation typically implies less wear on drivetrain components and engine internals, the MOT history reveals that the vehicle has been subject to specific environmental or age-related degradation. Low-mileage vehicles that are driven infrequently can sometimes exhibit more pronounced corrosion on suspension elements or exhaust components due to limited exposure to heat cycles and road salt clearance, which aligns with the repeated advisories for the offside rear coil spring and the recent note regarding underbody undersealing. Prospective buyers should pay close attention to the suspension and damping systems during a physical inspection and test drive. The MOT record specifically flagged nearside front suspension arm ball joint play and reduced damping from the nearside rear shock absorbers. On the road, these defects often manifest as audible knocking or clunking sounds when traversing uneven surfaces or speed bumps, as well as excessive body roll or a floating sensation during cornering and braking. It is essential to verify if the ball joint play and shock absorber issues noted in August 2026 have been professionally addressed or if they remain as latent mechanical risks. Further scrutiny is required regarding the structural integrity of the underbody, given the repeated mentions of coil spring corrosion and the advisory for underbody undersealing. The presence of undersealing can sometimes mask the true extent of oxidation on the subframe or chassis. During a test drive, any pulling to one side or inconsistent steering response could indicate further issues with the suspension geometry or bushings. A thorough visual inspection of the offside rear coil spring and the nearside front suspension arm is necessary to ensure that the corrosion and play reported in the recent failure have been fully rectified to a standard that prevents immediate recurrence.