2015 Mazda 6 2.2L Diesel · J7 KSV

A recurring pattern of suspension wear is the primary mechanical takeaway for this vehicle, as evidenced by the most recent test on 07 June 2024. While the vehicle passed its latest inspection, the record shows a transition from a clean history to emerging component fatigue, specifically involving the front suspension assembly. The 2024 test followed a failure due to a fractured offside rear coil spring, indicating that the vehicle is entering a phase where structural and rubber suspension components are requiring attention. The recorded mileage of 106,606 miles over an eleven-year period represents an average annual accumulation of approximately 9,691 miles. This usage profile is consistent with typical UK driving patterns for a vehicle of this age. Mechanically, this level of mileage suggests that while the vehicle has not been subjected to extreme high-speed motorway transit, it has covered sufficient distance to warrant the wear seen in the suspension bushes and coil springs recorded in the recent MOT history. Prospective buyers should pay close attention to the front end of the vehicle during a test drive, specifically focusing on the nearside and offside front suspension arm pins and bushes flagged in the 2024 advisories. You should listen for any dull knocking or clunking sounds when driving over uneven road surfaces or speed bumps, as these symptoms often indicate that worn bushes have progressed from the advisory stage to requiring replacement. Additionally, any wandering sensation in the steering or a slight pull to one side could indicate that the movement in these bushes has become excessive. Given the previous failure regarding a fractured offside rear coil spring, a visual inspection of the rear suspension area is necessary to ensure no other springs show signs of corrosion or stress fractures. During the test drive, pay attention to the vehicle's composure over bumps; any excessive bouncing or a lack of controlled rebound from the rear could suggest that the suspension components are no longer providing optimal damping or structural stability.