2004 Ford Fusion 1.4L Petrol · YA53 PFU

The 2004 Ford Fusion presents a stable and largely clean roadworthiness record, with the most recent MOT conducted on 18 September 2025 at 61,197 miles resulting in a pass. The sole advisory noted on that test was a front brake pipe flagged as corroded and covered in grease or other material. This is a minor surface-level concern rather than a structural failure, though it warrants monitoring. Overall, the maintenance trend is stable, with no recurring mechanical failures and only a single advisory in the latest test. The mileage pattern is notably low for a vehicle of this age. Between October 2022 and October 2024, the recorded distance increased from 56,345 to 59,234 miles, a gain of just 2,889 miles over two years. By September 2025, the odometer read 61,197 miles, meaning only 1,963 miles were covered in the final eleven-month period before the most recent test. Annual use averages roughly 2,782 miles since new, which is well below the UK typical annual figure of around 8,000 miles. Such low utilisation can reduce wear on drivetrain and braking components but raises the possibility of prolonged standing periods, which can accelerate rubber perishment, brake seizure, and fuel system deterioration. The 2022 failure on 6 October at 56,343 miles for a fractured nearside front coil spring is a significant data point. A broken coil spring is a serious structural suspension defect that compromises ride height, handling, and tyre loading. The fact that the car passed its next test on 10 October 2022 at 56,345 miles indicates the spring was promptly replaced, and no further suspension defects have appeared in the three subsequent annual tests. A prospective buyer should still physically inspect all four coil springs for cracks, sag, or corrosion, and check the condition of suspension bushes and dampers, which may have aged due to time rather than mileage. The front brake pipe advisory from September 2025 at 61,197 miles should not be ignored. Corrosion on brake pipework, particularly when obscured by grease or contamination, can mask deeper pitting that may lead to hydraulic failure under pressure. A thorough inspection of the entire braking system is advisable, including the condition of the remaining metal pipework, flexible hoses, caliper slides, and the thickness of brake discs and pads. Given the car's age and low use, flexible rubber components such as brake hoses and CV joint boots may show age-related cracking that the MOT does not always capture. The exhaust system and underbody should also be checked for corrosion, as low-mileage vehicles that sit unused can develop moisture-related rust in box sections and along seam welds.