2012 Ford Mondeo 1.6L Petrol · AX12 AAJ

A pattern of front-end steering and suspension wear is the defining mechanical story of this Mondeo, evidenced by a cluster of advisories and component failures concentrated at the front axle and nearside rear trailing arm over consecutive tests. The most recent pass on 15 November 2025 carried advisories for scored front brake discs, front tyres worn on the inner edge, a nearside rear trailing arm bush, and rear brake pads thinning, indicating that the consumable wear flagged the previous year has continued to develop. Prior to that, the November 2024 test was initially failed on three major defects all relating to perished or insecure ball joint and track rod end dust covers on the front suspension, items that allow moisture and grit to ingress into the joints and accelerate wear once the seal is compromised. The nearside rear trailing arm bush advisory appeared on both the 2024 fail and pass entries, suggesting a component that has been deteriorating rather than being rectified between tests, while two clean passes in 2022 and 2023 indicate the wear pattern has only become apparent within the last two years. With 74,075 miles recorded over fourteen years, this Mondeo has covered approximately 5,290 miles annually, which is considerably below average and points to either light running or extended periods of inactivity. The MOT record is annual and unbroken from 2022 onwards with no obvious gaps, so the low accumulation is more likely to reflect short journeys and infrequent use rather than formal off-road storage, although the consequence mechanically is the same: under-used brake discs are prone to surface corrosion and pitting, suspension bushes suffer from dry rot and perishing when the vehicle is not articulating regularly through full travel, and tyres develop flat spots or uneven shoulder wear from prolonged standing. The progression from a completely clean record in 2022 and 2023 to repeated advisories and a fail in 2024 is consistent with age-related polymer degradation in the rubber components rather than high-mileage mechanical fatigue, a typical presentation for a low-use family saloon entering its mid-teens. A targeted inspection should concentrate on the front suspension geometry and steering linkages, given the dust cover failures recorded in 2024. On a test drive, listen for clonking or knocking from the front end over speed humps and uneven road surfaces, particularly on full lock, where worn ball joints and track rod ends typically manifest as a metallic rattle or imprecise steering. Check for uneven or feathered tyre wear across the front pair, as the perished dust covers will have allowed accelerated joint wear and the inner-edge tyre advisory already recorded confirms uneven tracking. With the engine running and someone turning the wheel, feel for any play or slack in the steering, and visually inspect the inner wheelarch liners and suspension arms for fresh grease contamination or perished rubber boots, as these are likely to require replacement if not already addressed since the 2024 fail. The braking system requires close scrutiny, particularly at the front where the discs were recorded as pitted and scored at the most recent test. On a road test, expect to feel vibration or judder through the brake pedal and steering wheel under firm braking from speed, a symptom of uneven disc wear that will worsen rapidly if the discs have not been skimmed or replaced. The rear brake pad advisory suggests measuring remaining friction material to confirm whether replacement is imminent, and a visual inspection of the calipers for seized sliders is worthwhile given the low-mileage, short-journey usage profile which promotes corrosion on sliding surfaces. The nearside rear trailing arm bush should be evaluated by physically levering the arm with a pry bar to detect excessive movement beyond the advisory threshold, and on the road, listen for any rear-end thump or instability over bumps that would indicate the bush has progressed past wear tolerance and now compromises rear axle location.