2014 Ford Fiesta 1.2L Petrol · MM63 EZK

A consistent pattern of recurring component wear and historical test failures defines the roadworthiness record of this 2014 Ford Fiesta, which successfully passed its most recent examination on 14 January 2026 at 49,843 miles. Rather than presenting a pristine history, the DVSA records show multiple recurrent items, including persistent rear trailing arm bush degradation noted across consecutive years from 2021 through 2024, tyre-related structural defects and perishing in earlier tests, and a fresh set of advisories on the latest certificate noting thin front brake pads alongside corrosion on both the nearside and offside rear coil springs. This accumulation of structural and consumable advisories indicates that while the vehicle has cleared its annual statutory inspections, several key mechanical assemblies require close monitoring and impending replacement. Accumulating 49,843 miles over its 12-year lifespan results in an average of approximately 4,154 miles driven each year, representing a notably low usage profile. This lower-than-average annual mileage indicates that the vehicle has spent significant periods operating on short urban journeys or remaining stationary between tests. Mechanically, this usage pattern places specific stress on friction components and rubber elements, as frequent short trips prevent full thermal cycles in the exhaust and braking systems, while extended static periods can accelerate surface corrosion on suspension components like the currently flagged rear coil springs. When conducting a static inspection and test drive, a prospective buyer must pay immediate attention to the specific components highlighted in the MOT history. Listen carefully for any knocking, creaking, or excessive lateral movement from the rear suspension over speed bumps and uneven road surfaces, which would confirm the degradation of the rear trailing arm bushes previously noted by examiners. Inspect the rear coil springs directly for flaking surface rust that compromises their structural integrity, and check the front brake pads visually through the alloy wheels to gauge the remaining friction material thickness before agreeing to a purchase. Further evaluation during the test drive should involve testing the braking performance for any judder, pull, or delayed response that would signify worn pads or binding calipers. Verify that all exterior lighting functions correctly, paying particular attention to the rear lamp clusters given past electrical failures on the record. Checking the condition and age-related perishing of the tyre sidewalls will also ensure that the rubber is free from the structural tearing or cracking documented in previous test failures, thereby securing a safe and compliant driving experience.