1997 Ford Fiesta 1.2L Petrol · R836 FDU

A recurring cycle of structural corrosion, component wear, and initial test failures defines the mechanical history of this Ford Fiesta, which successfully secured an MOT pass on 2025-09-29 after previously failing two days prior due to a fractured nearside front coil spring and a misaligned headlamp. Across multiple testing cycles, the vehicle has consistently accumulated initial rejection points for suspension wear, deteriorated registration plates, and structural corrosion before achieving clearance. While the overall trend shows a pattern of rectification following initial failure notices, the persistent reappearance of advisory items across consecutive years indicates ongoing wear in foundational chassis and suspension assemblies. Accumulating a total of 57,390 miles over roughly twenty-nine years equates to an average of approximately 1,979 miles annually, establishing a very low-usage profile for its age. This restricted mileage accumulation indicates periods of limited deployment or localized running, which places distinct mechanical demands on the vehicle. Low-annual-mileage usage patterns often concentrate wear on specific stationary components, rubber suspension mountings, and fluid seals that can degrade with age regardless of distance travelled, requiring careful verification of all flexible elements and underlying structural integrity. Targeted inspection of the front and rear suspension is essential before purchase, given that the record highlights recurring wear on the anti-roll bar D-bushes, lower suspension arm pins, and a previous failure involving excessive play in the trailing arm bushes and a fractured coil spring. During a static inspection and subsequent test drive, listen closely for knocking, creaking, or excessive movement from the front axle and rear subframe when traversing uneven road surfaces, and check for any wandering or instability in the steering alignment. The documented advisory for an oil leak, alongside notes concerning minor structural corrosion on the nearside rear inner integral body structure, necessitates a thorough ramp inspection to assess the extent of corrosion in prescribed areas and identify the exact source of fluid loss from the powertrain. Further examination must cover the braking system and peripheral equipment, noting past advisories for slightly deteriorated front brake hoses and a previously inoperative hazard warning switch, which should all be fully operational and free from leaks. Inspect the condition of the road wheels and tyres for uneven wear patterns, particularly considering earlier records flagging inner-edge tread wear and perished rubber. Finally, verify that all electrical switches, seat belts, and exterior lighting components function correctly, and ensure that the deteriorating registration plates noted throughout recent tests are replaced to maintain full legal compliance.