2013 Ford Focus 1.6L Petrol · ML63 EYH

A persistent accumulation of structural and chassis corrosion alongside recurring suspension and emissions failures defines the roadworthiness record of this 2013 Ford Focus. While the vehicle successfully secured a pass on June 3, 2026, at 56,072 miles, this latest certificate was preceded just two days earlier by major failures for a fractured nearside rear coil spring, excessive carbon monoxide emissions, and an out-of-limits lambda reading, compounded by ongoing advisories for corrosion on the front panel under the wiper scuttle, a greased and corroded front-to-rear nearside brake pipe, and a worn trailing arm bush. Reviewing the wider testing history reveals a consistent pattern of mechanical intervention, including a 2024 failure for an inoperative parking brake and an insecure central exhaust system, as well as multi-year advisories noting corrosion spreading across both the front and rear subframes and the rear anti-roll bar. Accumulating 56,072 miles over its thirteen-year lifespan results in an average of approximately 4,313 miles per year, representing a notably low usage profile. This lower annual mileage indicates that the vehicle has spent extended periods idling or undertaking short urban journeys, operating patterns that frequently correlate with accelerated exhaust system degradation, incomplete engine temperature cycles leading to elevated emissions, and localized corrosion due to infrequent high-speed running. The continuous presence of structural and subframe corrosion across successive annual examinations further underscores that environmental exposure has steadily impacted the underpinnings regardless of the modest distance travelled. Prospective buyers must conduct a rigorous physical inspection of the underbody and suspension geometry, paying close attention to the areas highlighted in the MOT test history. During a static inspection, examine the front panel beneath the wiper scuttle and inspect the front and rear subframes for flaking rust and structural degradation. On a test drive, listen carefully for metallic clunks or rattles from the rear axle over speed humps and uneven road surfaces, which would indicate movement in the worn trailing arm bush or compromise from the recently replaced coil spring and corroded anti-roll bar. Additionally, verify that the parking brake holds firmly on an incline and check for any hesitation or uneven power delivery that might point to lingering exhaust or lambda inefficiencies. The braking and exhaust systems also demand thorough scrutiny before purchase. Inspect the nearside front-to-rear brake pipe where it is covered in grease or protective coating to ensure the underlying corrosion has not progressed to a point requiring immediate replacement. Given the recent emissions failures involving carbon monoxide and lambda values, observe the exhaust for blowing or excessive smoke upon cold startup and check that the engine idles smoothly once operating temperature is reached, ensuring all combustion and emission control components are operating correctly.