2015 Ford Fiesta 1.2L Petrol · YP65 KWW

This 2015 Ford Fiesta presents a confusing DVSA record in which the documented outcomes do not fully align with reality, raising immediate concerns about the provenance and accuracy of the data presented. The most recent test on 10 July 2025 recorded a straightforward pass with no advisories or defects, and the prior assessment on 25 July 2024 similarly shows a clean pass. However, sandwiched between these passes are two failures dated 22 July 2024 and 6 October 2023, both of which paradoxically show no defects recorded. This combination of contradictory results within days of one another suggests either administrative anomalies, retests that were not properly logged, or data entry irregularities within the DVSA system. A prospective buyer should treat this as a yellow flag warranting direct verification of the physical condition rather than relying on the paperwork alone, as the absence of recorded defects on failed tests makes it impossible to determine what specific items may have been rectified. With only 65,447 miles accumulated over eleven years, the Fiesta has averaged roughly 5,950 miles annually, which is markedly low for a vehicle of this age and typically indicates either limited daily use or extended periods of stationary storage. Such low accumulation can be mechanically beneficial in terms of slowing general wear on the engine internals and drivetrain, but it carries inherent risks for a Fiesta of this vintage. Prolonged standing periods commonly lead to dried suspension bushes, seized rear brake calipers and handbrake mechanisms, and degradation of underbody protection, while the 1.0 EcoBoost and 1.25 petrol engines fitted to this model are particularly susceptible to coolant pump failures and timing belt degradation when not run regularly. The gap between the October 2023 tests and the July 2024 entry, followed by another test just three days later, hints at intermittent use patterns that may exacerbate these standing-related deterioration issues. A targeted inspection should prioritise the suspension and braking systems, paying close attention to the front wishbones, anti-roll bar drop links, and rear axle bushes which are known weak points on Mk7 Fiestas and frequently corrode in the wheel arches and subframe mounting areas. On a test drive, listen for clonking or knocking noises from the front end over speed humps and uneven surfaces, as these typically indicate worn lower arm bushes or failing drop links rather than shock absorber wear. Check for steering vagueness or pulling under braking, which can signal seized rear caliper slides, and confirm the handbrake holds the vehicle firmly on an incline, as the Fiesta drum handbrake mechanism is prone to corrosion-induced seizure after periods of low use. Examine the underside thoroughly for any signs of underbody rust, particularly around the rear beam axle mounting points and the exhaust downpipe, where twelve-year-old Fiesta steel commonly shows significant corrosion even on low-mileage examples. Regarding the engine bay, verify that the cooling system is fully functional by ensuring the heater produces consistent hot air and that the coolant reservoir remains full after a sustained run, as the EcoBoost variant in particular is known for premature water pump failure that can lead to catastrophic timing belt damage if the cambelt is wet-belt driven. Inspect the engine oil on the dipstick for any chocolate-coloured milky residue, which would indicate head gasket concerns, and check for oil misting around the cam cover and spark plug areas. Tyres on a vehicle of this age and mileage should be scrutinised for cracking in the sidewalls even if the tread depth appears adequate, as perished rubber compromises safety regardless of legal depth. Finally, verify that all dashboard warning lights illuminate correctly on ignition and extinguish promptly once running, and confirm the operation of the air conditioning clutch engaging, as climate control repairs on this generation are common and can be costly if the compressor or condenser has been left idle for long periods.