2004 Ford Focus C-MAX 1.6L Petrol · AP04 WVZ

Structural fatigue, corrosion, and recurring suspension component failures dominate the mechanical profile of this 2004 Ford Focus C-Max, as evidenced by its MOT history featuring multiple test failures between 2019 and 2023. Although the car passed its most recent test on March 8, 2023, that clearance followed an initial failure just the day prior due to a fractured nearside rear coil spring. The historical record indicates a persistent pattern of structural advisories, including widespread corrosion on the subframe and rear suspension arms, alongside recurring issues with wheel bearings, power steering fluid seepage, and worn anti-roll bar linkages. Rather than showing improvement, the vehicle's roadworthiness trend highlights chronic wear across foundational mechanical assemblies that require continuous monitoring. With a recorded mileage of 68,133 miles accumulated over roughly twenty-two years, the vehicle averages approximately 3,097 miles annually, representing an exceptionally low usage rate. This restricted mileage pattern indicates periods of intermittent use or extended stationary storage, which often accelerates environmental degradation on metallic underbody components, rubber suspension bushes, and exhaust sections. While low mileage preserves internal engine and drivetrain wear to a degree, it frequently concentrates mechanical stress on peripheral systems that degrade through age rather than distance travelled, meaning prospective buyers must look closely at the condition of rubber and steel components. Given the specific history of corrosion and suspension failures, a physical inspection must prioritize the underside of the vehicle. During a test drive, listen carefully for metallic knocks, clunks, or creaks originating from the rear suspension over potholes and speed bumps, which would point to degraded coil springs or worn suspension arm mountings. Pay close attention to the steering feel for any excessive play, heaviness, or whining noises that could stem from the noted power steering fluid seepage, and check for humming or rumbling tones at cruising speeds that indicate the previously flagged nearside rear wheel bearing has deteriorated further. Furthermore, inspect the front wishbone rear bushes and the condition of the subframe for advanced corrosion or structural weakening during a ramp inspection. The recurring notes regarding inner edge tyre wear across multiple annual tests also suggest that the vehicle would benefit from a professional four-wheel alignment check to ensure suspension geometry is within specification and preventing premature tread scrubbing. Verifying the condition of the headlamp lenses and ensuring all lighting and directional indicators are fully operational will also be necessary to address minor recurring defects noted in past documentation.