2020 Ford Fiesta Titanium X Turbo Mhev 1.0L Petrol · SD70 LFG

The 2020 Ford Fiesta Titanium X Turbo MHEV presents a mixed roadworthiness picture defined by a single significant failure followed by consistent passes. A major fault involving a fractured offside rear coil spring was recorded during the September 2025 MOT, triggering a remedial requirement that included undertray work and subsequent inspection. Despite this setback, the vehicle has remained roadworthy since the September 2026 MOT, which returned a clean result with no defects noted. The pattern across the four recorded tests shows a stable outcome in the latter half of the observation period, though the gap between the 2025 failure and the 2026 pass represents just nine days, indicating the reported issue was addressed promptly once identified. At 33,567 miles on a seven-year-old model, the vehicle accumulates approximately 5,594 miles annually, a rate substantially lower than typical for its displacement and power output class. This low mileage trajectory raises questions about the nature of the vehicle's usage, potentially reflecting infrequent operation, prolonged periods of inactivity, or storage intervals where the engine and transmission were left running. While low mileage generally correlates with reduced wear on consumables such as clutch plates, brakes, and suspension bushings, it does not eliminate the mechanical consequences of the 2025 coil spring failure, which remains the primary structural concern. The absence of major failure modes in subsequent tests suggests the powertrain and chassis have held up reasonably well under minimal load, but the underlying repair history warrants scrutiny regardless of current mileage figures. The fractured offside rear coil spring identified in the 2025-09-24 MOT is the critical component requiring buyer awareness. On a test drive, listen for abnormal handling characteristics including increased body roll, vague vibrations at speed, or a distinct metallic knock when the vehicle negotiates tight corners, particularly on the outside lane of a turn where the affected side of the suspension is under load. Additionally, inspect the undertrays for signs of water ingress or loose fasteners, as these were flagged as advisory items in both the preceding and following MOT reports. A thorough visual and physical examination of the rear suspension mounting points and coil assembly will reveal whether the repair was properly executed and whether any residual play exists that could manifest under stress. Given the documented history, buyers should request confirmation that the offside rear coil spring replacement met manufacturer specifications and that all associated hardware was torqued to specification. It is prudent to verify that the undertray installation was completed correctly, as improperly secured panels can compromise aerodynamics and create entry points for moisture. While the current MOT clearance indicates the vehicle is legally roadworthy, the presence of prior major failures means that hidden issues in other systems—such as brake disc wear patterns, differential health, or electrical system reliability—may still require independent verification. A pre-purchase inspection focusing specifically on the rear suspension geometry and braking performance would provide greater confidence than relying solely on the recent MOT report.