2014 Ford Fiesta 1.0L Petrol · RE14 TXF

A 2014 Ford Fiesta presents a mechanical profile marked by a series of recurring advisories spanning several years, with the most recent MOT on 2026-05-11 confirming a pass despite lingering concerns. The latest test confirmed an oil leak classified as non-excessive under category 8.4.1(i) alongside two persistent issues: slight play in the offside front suspension arm ball joint (5.3.4(a)(i)) and non-functional front and rear stop lamps (both 4.3.1(a)(ii)). Earlier records show additional problems including rear stop lamp failures recorded in May 2026, an unsafe rear coil spring modification (5.3.1(d)(i)), and front brake pad thinning documented in 2025. The pattern indicates intermittent breakdowns rather than a consistently deteriorating system, with the most recent assessment still carrying forward unresolved items from the preceding failed test. At 108,385 miles after approximately twelve years of ownership, the vehicle accumulates roughly nine thousand miles annually, which aligns with expected usage patterns for its age. The gap between the failed 2026-05-09 MOT and the subsequent successful 2026-05-11 MOT represents a six-day interval following corrective action, though three other failed assessments occurred earlier in 2026 before reaching this point. Between 2023 and 2025, the car showed a steady progression of minor issues ranging from oil misting in the rear shock absorbers (5.3.2(b)) to front brake pad wear (1.1.13(a)(ii)) and rear stop lamp failures (4.3.1(a)(ii)) before achieving another pass in March 2025. This distribution suggests moderate cumulative use over its lifecycle with no single period of extreme mileage spikes, though the presence of multiple distinct failure types implies variable wear patterns across different systems. The front suspension arm ball joint exhibiting slight play requires particular attention during any test drive, especially when traversing uneven surfaces such as speed bumps or potholes; listen for a rhythmic clunking or hopping sensation transmitted through the chassis that would indicate inadequate bushing clearance. The rear coil spring modification described as "incorrectly seated" in May 2026 represents a critical safety concern that should be verified physically—any visible displacement of the spring or signs of improper mounting could compromise rear axle control and increase the risk of sudden loss of traction. Additionally, the non-functional stop lamps on both front and rear positions demand visual confirmation of bulb operation before acceptance, as this mandatory road law compliance item is frequently overlooked in quick inspections. Front brake pad thinning documented in 2025 suggests the pads may require replacement within the next few thousand kilometres, particularly if the vehicle has been used frequently in urban environments where pad material wears more rapidly. During the test drive, monitor the brake pedal for any spongy or delayed response, as underlying issues such as air in the hydraulic system or worn master cylinder seals can compound existing pad wear. Given the combination of persistent suspension play, the unrepaired rear coil spring modification, and the history of electrical lighting failures, a thorough hands-on inspection of the suspension bushings, rear spring mount integrity, and brake line connections is strongly recommended before committing to this purchase, as the current MOT record reflects a mix of corrected and unresolved deficiencies that may evolve further with continued driving.