2003 Ford Focus 1.6L Petrol · CE03 AEB

Cumulative wear across the structural, suspension, and exhaust systems defines the roadworthiness profile of this 2003 Ford Focus, which secured a pass on 9 September 2026 at 133,189 miles but carried a notable roster of developing defects. The ongoing test history reveals a consistent pattern of recurring structural and mechanical degradation, marked by chronic coil spring corrosion noted across multiple years, persistent oil leaks, and mounting corrosion on the outer sills. While the vehicle continues to pass its annual examinations, the accumulation of advisories for corrosion and mechanical play points to a vehicle requiring careful structural monitoring rather than a trouble-free run. With an odometer reading of 133,189 miles accumulated over roughly 23 years, the vehicle averages approximately 5,791 miles annually, representing a relatively low usage rate for its age. This modest yearly mileage accumulation does not point to extended stationary lay-ups, as the test data shows consistent annual testing intervals without significant gaps in the history. Mechanically, this steady, low-intensity usage pattern means the car has avoided rapid, high-mileage highway commuting, though age-related degradation on rubber bushes, seals, and exposed metal components has progressed steadily regardless of the lower distance covered. When inspecting the vehicle, a prospective buyer must prioritise a thorough physical examination of the areas highlighted in recent MOT records, beginning with the front coil springs which have been flagged for corrosion repeatedly, alongside the offside rear outer sill where corrosion in a prescribed area was noted. During a static inspection, check the offside front brake hose for the reported twist to ensure the flexible line is not under undue stress, and inspect the engine bay underneath to trace the origin of the various oil leaks recorded in recent tests. A comprehensive check of the exhaust system is also necessary to locate the minor gas leak identified on the central section during the latest test. On the test drive, pay close attention to the chassis and drivetrain behavior, specifically listening for humming or rumbling noises from the front and rear wheel bearings that were previously flagged as slightly noisy, which can manifest as a droning sound increasing with vehicle speed. Test the suspension thoroughly over rough road surfaces to detect any knocking or play stemming from the anti-roll bar linkages and corroded springs, and verify that the steering tracks straight without pulling under braking. Finally, ensure that all doors open and latch correctly from both inside and outside, addressing the door opening defect that caused a previous test failure.