2009 Ford Fiesta 1.4L Petrol · YN09 LCC

A clear pattern of mechanical wear emerges across the MOT history of this 2009 Ford Fiesta, with the most recent test on 29 January 2026 recording a pass but only after a notable failure two days earlier for insufficient brake pedal reserve travel. That single major failure, alongside advisories for corroded inner front brake disc lips, a binding offside rear wheel, brake performance fluctuation, fraying rear seatbelts, a non-functioning nearside reverse lamp, and an irregularly worn nearside rear tyre, paints a picture of a vehicle carrying its 229,190 miles heavily. The trajectory has been one of progressive deterioration, since the 2024 test flagged early signs of nearside front shock absorber oil misting and ball joint play alongside pitted front brake discs, while the 2025 test repeated the brake disc scoring and added bodywork damage and compromised headlamp mountings. None of the advisories from previous years have been fully resolved, instead accumulating into a broader picture of worn consumables, tired suspension components, and deteriorating structural trim. The latest advisories specifically represent fresh issues that were not recorded a year earlier, suggesting that wear is accelerating rather than stabilising. Recorded mileage of 229,190 miles against seventeen years of age equates to roughly 13,500 miles annually, which sits well above the typical accumulation rate for a supermini of this vintage and indicates consistent working rather than occasional second-car use. The annual gaps between tests show mileage climbing steadily rather than in sudden jumps, confirming that this Fiesta has been in regular service throughout its life. Sustained high-mileage running of this intensity accelerates wear on every mechanical system, particularly the engine, clutch, gearbox, suspension bushes, coil springs, brake discs and pads, and the exhaust system. Components not specifically flagged at MOT, such as the timing chain, dual-mass flywheel if fitted, catalytic converter, and engine steady bushes, will have absorbed significant stress and are correspondingly closer to requiring attention than the odometer reading alone might suggest for a lower-mileage example. For a prospective buyer, the brake pedal reserve travel failure should prompt immediate inspection of the master cylinder, servo operation, and rear brake adjustment, as insufficient pedal travel is frequently caused by a worn servo, air ingress, or a binding caliper not fully releasing. The binding offside rear wheel advisory correlates directly with the pedal failure and warrants removal of the rear drum or caliper to inspect the shoe or pad mechanism, handbrake cable tension, and wheel cylinder seals. On test, listen for scraping or dragging from the offside rear on initial motion, and verify that the pedal feels firm rather than sinking under sustained foot pressure. The pitted and corroded front brake discs, combined with fluctuating front brake performance, mean a thorough road test should include firm stops from 30 mph to check for judder through the steering wheel, which would indicate disc runout beyond serviceable limits, and any pulling to one side under heavy braking. The nearside front ball joint play and shock absorber oil misting flagged in 2024 should be reassessed by rocking each front wheel at the three and nine o'clock positions to detect clonking from the wishbone or track rod ends, and by pushing down hard on the front corners to confirm the dampers arrest the body in a single controlled movement rather than allowing continued oscillation. The nearside rear tyre showing accelerated inner-edge wear points to either rear wheel alignment irregularities, typically camber, or worn rear suspension bushes allowing geometry drift, both of which would be worth investigating with a four-wheel alignment check. The fraying rear seatbelts noted on both sides in 2026 represent a safety-critical replacement rather than a cosmetic issue, and confirmation that new items have been fitted with proof of supply should be obtained before purchase. The clouding of the nearside front headlamp and damaged mountings on both sides may simply be age-related polycarbonate degradation, but the mountings should be checked to ensure the lamps are secure and correctly aimed. Finally, the scattered bodywork damage advisories, combined with the high overall mileage, make a thorough pre-purchase inspection for corrosion around the rear axle, sills, and front subframe mounting points essential, as these areas carry the structural load on a car of this age and mileage and are the most common locations for MOT failures in later life.