2008 Ford Focus 1.6L Petrol · LR08 CJF

Structural corrosion is the dominant mechanical concern across this Ford Focus's recorded test history, with two major defects on inner sill, wheel arch, and chassis within 30cm of body mountings already logged in 2025 and early 2026. The January 2026 test initially failed on a Major for excessively corroded nearside rear inner suspension component mounting at the sill and wheel arch, which seriously reduces structural strength in a prescribed area, before being re-presented and passing a week later with that item absent but still carrying advisories on the exhaust mounting, a nearside front suspension arm ball joint with slight play, and corroded coil springs on both sides. The 2025 failure for excessive chassis corrosion within 30cm of a body mounting is particularly significant, as this is the type of defect that escalates year on year once corrosion takes hold on a 2008-era Focus, where the rear suspension turrets and inner arches are known corrosion hotspots. Taken together, the trend is unambiguously worsening on the body integrity side, even though the car has continued to pass its tests at the most recent attempts. The mileage profile is broadly consistent with the vehicle's age at around 7,800 miles per year, with the recorded odometer showing 141,200 miles across roughly eighteen years, and the MOT record gives no indication of long stationary periods or unusual gaps between tests, with annual inspections consistently taking place in January or February since at least 2022. This pattern of regular testing with steady annual mileage implies the vehicle has been in continuous use rather than laid up, which means wear-related items such as suspension bushes, ball joints, brake components, and exhaust mountings have been subjected to normal service loads rather than the additional risks associated with prolonged standing. The relatively high absolute mileage, however, places greater demand on the consumables typically flagged in MOT testing, and the 2023 dangerous brake pad failure is consistent with the expectations for a high-mileage Focus where pad wear can accelerate rapidly under regular use. For a prospective buyer, the priority inspection points must centre on the corrosion areas already identified. The nearside rear inner sill and wheel arch should be examined closely for perforation, paying particular attention to whether the corrosion has been previously repaired or treated, as MOT records only document the condition at the time of test and corrosion will progress between inspections. The offside rear inner chassis area flagged in 2025 should be checked similarly, ideally with the vehicle raised so that both inner chassis rails and the suspension turret mounting points can be visually inspected for thinning metal or distortion. On a test drive, listen for any clonking or knocking from the rear suspension over uneven roads, as a corroded mounting area can allow movement that produces audible knocks, and feel for any vagueness or play in the steering, which would be consistent with the recorded nearside front suspension arm ball joint play. The front suspension also warrants close attention given the ball joint play advisory and the corroded coil springs noted on both sides in the most recent test. On a test drive, pay attention to any knocking or rattling from the front end over speed humps and rough surfaces, as well as uneven tyre wear on the inside or outside edges, which can indicate worn suspension linkages or bushes. The braking system should be checked for pedal feel, watching for excessive travel, a soft or spongy pedal, or any judder under braking, given the previous dangerous brake pad finding and the wearing thin advisory from 2022, and the rear brakes should be inspected for seized calipers or corroded mechanisms given the vehicle's age and mileage. Finally, the exhaust mounting flagged in both the failed and passed 2026 tests should be physically inspected for security and any signs of the system sagging or contacting the body, and a general listen for blowing or ticking from the exhaust under load is advisable to confirm the system's integrity before purchase.