2011 Ford Fiesta 1.2L Petrol · FL11 NFJ

A chronic pattern of brake pipe corrosion and steering wear is the defining mechanical theme of this 2011 Ford Fiesta, with the situation escalating from advisories in 2023 and 2025 to a dangerous failure in May 2026. The most recent test on 22 May 2026 saw the car pass with only an advisory for slight steering rack free play, but this came immediately after a fail three days earlier on 19 May where an offside front brake pipe was found actively leaking on the hydraulic braking system, a nearside front brake pipe was classed as excessively corroded, and the nearside stop lamp was inoperative. The fact that the brake pipe issue is flagged at every test since 2023, combined with coil spring corrosion noted on both sides in 2023, suggests this vehicle is now entering a structural corrosion phase that buyers must take seriously. The steering column bearing wear flagged in 2023, followed by steering rack free play in 2026, further indicates progressive deterioration in the steering assembly that warrants close inspection. With 87,154 miles recorded over fifteen years, this Fiesta averages around 5,810 miles annually, which is notably low for the model and age, suggesting either light weekend use or extended periods of standing. Lower annual mileage of this nature typically reduces wear on major drivetrain components such as the clutch and engine internals, but it accelerates corrosion on exposed underbody items like brake lines and suspension springs because components are not regularly heated, dried, or coated in road grime that can paradoxically offer some surface protection. The absence of MOT tests prior to 2023 in the recorded history is consistent with a vehicle that may have been off the road for stretches, compounding the corrosion risk already evidenced in the records. Any prospective buyer should confirm whether the car was indeed laid up, as multi-year standing dramatically increases the likelihood of seized calipers, perished brake hoses, and fluid degradation throughout the braking system. Regarding the brake system specifically, the dangerous failure for a leaking hydraulic brake pipe on the offside front means the entire braking circuit was recently compromised, and although the car subsequently passed, the history shows this is a recurring and worsening corrosion problem rather than a one-off incident. On a test drive, the buyer should perform several firm stops from around 30 mph to check for any spongy pedal feel, excessive travel, or pulling to one side, all of which could indicate remaining pipework weakness, air ingress, or a binding caliper following the repair. The nearside stop lamp that was inoperative at the recent failure should be confirmed working with a helper observing the rear of the car during initial pull-away, and the nearside front brake pipe that was recorded as excessively corroded must be visually inspected for live rust pitting, as pipes in this condition on a fifteen-year-old Fiesta frequently fail within a single MOT cycle. The suspension and steering components flagged in the advisories demand equal attention, particularly as coil spring corrosion on both front sides was noted in 2023 and an offside front suspension arm pin or bush was flagged as worn in 2025. During a road test, listen carefully for audible clonks or knocking from the front end when traversing speed bumps, potholes, or uneven surfaces, and feel for vagueness or a loose sensation through the steering wheel that would corroborate the slight free play recently recorded in the steering rack. The tyres, both front and rear pairs noted as slightly perished in 2025, should be examined for sidewall cracking as original-equivalent rubber on a low-mileage car of this age typically becomes hard and brittle well before the tread is exhausted. Finally, given the active corrosion pattern, a thorough inspection of the vehicle from beneath on a ramp is strongly advised, paying particular attention to the subframe, brake line unions, and fuel pipework, as corrosion of this nature on a Mk6/7 Fiesta commonly spreads to adjacent underbody metal and significantly affects residual values and long-term roadworthiness.