2009 Ford Mondeo 2.0L Diesel · LL09 YYZ

A pattern of rear suspension and tyre wear issues, culminating in a dangerous tyre failure and a major suspension component defect at the June 2026 test, defines the recent mechanical trajectory of this Ford Mondeo. The vehicle initially presented a stable roadworthiness profile with clean passes recorded in 2023 and 2025, but the most recent inspection on 25 June 2026, which resulted in a pass, was only secured after a prior failed attempt on 22 June 2026. That earlier test identified a nearside front tyre with exposed ply or cords, classified as dangerous, alongside a major failure concerning the front bush on the nearside rear trailing arm. The pass certificate that followed three days later retained advisories for a broken centre exhaust mount and edge wear on both rear tyres, indicating that while the car met minimum standards, several wear items remain at the threshold of required attention. The shift from advisory-only mentions of tyre wear in 2024 to a dangerous tyre defect and suspension component failure in 2026 suggests an accelerating deterioration in the consumable and chassis condition rather than a stable mechanical state. Recorded mileage of 150,694 miles across seventeen years equates to an annual accumulation of approximately 8,864 miles, which is broadly consistent with typical usage for a vehicle of this age. The MOT history does not reveal any extended gaps in testing, and the mileage progression between consecutive tests appears steady, suggesting the vehicle has remained in regular service rather than experiencing prolonged periods off the road. For a high-mileage Mondeo of this vintage, this level of use typically accelerates wear on suspension bushes, trailing arm linkages, wheel bearings, and exhaust mounting points, all of which are consistent with the defects recorded in recent tests. The 8,864-mile annual rate is sufficient to keep lubricants circulating and prevent long-term corrosion stagnation, but it is also high enough that chassis and underbody components will have accumulated substantial mechanical fatigue over the years. The trailing arm front bush failure recorded as a major defect on 22 June 2026 is a significant area of concern that demands physical verification before purchase. Although the vehicle subsequently passed, the replacement or repair of this component should be confirmed, and the entire rear suspension subframe should be inspected for adjacent wear. On a test drive, listen for clonking or knocking noises from the rear axle when traversing speed bumps or uneven road surfaces, as worn trailing arm bushes frequently produce audible impacts under load. Excessive rear wheel camber or uneven tyre wear across the rear axle would also suggest the bush replacement was inadequate or that further suspension components, such as the rear springs or shock absorbers, are approaching the end of their service life. Additionally, check that the vehicle tracks straight under braking, as compromised rear suspension geometry can introduce instability under deceleration. The repeated advisories for edge wear on both front and rear tyres indicate either incorrect wheel alignment, worn suspension components, or a combination of both. Given the rear suspension defects already identified, a four-wheel alignment check is strongly advisable following any remedial work, and the prospective buyer should verify that the tyres currently fitted are wearing evenly across their tread surface. The broken centre exhaust mount, although only a minor advisory, can allow the exhaust system to shift under acceleration, potentially contacting the underbody or causing exhaust gas leaks at the joints; listen for rattling from beneath the centre of the car when starting from cold and during engine load transitions. The dual rear tyre advisories also warrant a close inspection of the rear brake calipers, as binding calipers are a known contributor to asymmetric tyre wear on the Mondeo platform. Finally, with 150,694 miles on the odometer, the clutch, gearbox mounts, and engine ancillary drive components should be evaluated for the typical wear expected at this mileage bracket.