2004 Ford Fiesta 1.2L Petrol · PL04 JKF

A 2004 Ford Fiesta carrying twenty-two years of service and an exceptionally sparse MOT defect history presents itself as a textbook example of mechanical longevity, though its most recent outcome tempers that impression. The car passed four consecutive annual examinations between 2021 and 2024 with no advisories whatsoever, suggesting that the braking, suspension, exhaust, and lighting systems have held their integrity well into the vehicle's third decade. The 2025 test, however, ended in a failure, and notably the DVSA record shows no defects recorded against this result, which typically indicates that the failure was administrative or related to items outside the standard advisory capture, or that the relevant defects were not transcribed into the digital history. Any prospective buyer should treat this final entry as an immediate red flag demanding clarification: the nature of the failure must be ascertained directly from the present owner or a fresh pre-purchase inspection, because the test outcome cannot otherwise be reconciled with the otherwise spotless run of passes. With 97,352 miles accumulated over twenty-two years, this Fiesta averages roughly 4,425 miles annually, which sits comfortably below the typical usage rate for a supermini of this vintage. Such restrained mileage reduces wear on the engine internals, clutch assembly, and major drivetrain components, but it also raises the well-documented concern of components deteriorating through underuse rather than wear. Rubber bushes, brake caliper slide pins, transmission linkages, and coolant hoses are all susceptible to hardening, seizing, or perishing when a vehicle sees only short, infrequent journeys. The continuous annual testing pattern from 2021 through 2025 indicates the car has remained in regular use rather than being laid up for extended periods, which is reassuring, but the modest annual mileage still warrants vigilance for the tell-tale signs of stagnation rather than degradation. Given the absence of recorded advisories across four consecutive passes, there are no specific flagged components to investigate, yet a test drive should still focus on the areas most prone to silent failure on a low-mileage Ford of this generation. Listen carefully for clonks or knocks from the front suspension over uneven surfaces, particularly from the lower wishbone bushes, front anti-roll bar drop links, and track rod ends, all of which can perish with age regardless of mileage. Apply the brakes firmly at speed to check for pulling to one side, which would suggest a binding caliper, and feel for any sponginess or excessive travel that might indicate perished brake fluid or a master cylinder issue. At low speed, listen for any knocking from the engine bay that could suggest a worn water pump or timing belt tensioner, and check for blue smoke from the exhaust on overrun which would point to valve stem oil seal deterioration, a common fault on small-capacity Ford engines that have spent long periods running cool on short trips. Finally, a hands-on inspection should confirm the condition of the fuel system, exhaust mounting, and structural integrity beneath the car, as corrosion rather than mechanical wear tends to be the ultimate arbiter of a Fiesta's roadworthiness at this age. Examine the rear wheel arches, sill seams, and subframe mounting points for any bubbling paint or perforation, particularly around the jacking points and behind the front wheels where road grit accumulates. Check that all tyres are of matching brand and tread depth, as mismatched tyres on a front-wheel-drive car of this age often hint at protracted neglect of routine maintenance. Confirm the service history directly with paperwork, paying particular attention to cambelt and water pump replacement intervals, as a 2004 Fiesta approaching its third decade will almost certainly be due for at least one further timing belt change. The clean advisory record is encouraging, but the unexplained 2025 failure means that mechanical confidence in this vehicle should rest entirely on a fresh independent inspection rather than on the historical test data alone.