2013 Mazda 6 2.2L Diesel · YK63 PZM

A pattern of recurring test failures and structural component wear characterises the MOT history of this 2013 Mazda 6, culminating in a pass on 2024-11-25 after initial rejection for multiple suspension and visibility defects. While the vehicle successfully cleared its most recent annual examination, the historical record shows a trajectory involving dangerous defects and major failures, including critically worn front brake pads, illegal tyre tread depth, and excessive emissions in prior years. This combination of mechanical issues indicates that the vehicle has experienced periods of significant component degradation, meaning prospective buyers must look beyond the current pass certificate to evaluate the true condition of the mechanical assemblies. With 92,259 miles accumulated over roughly 13 years, the car sits at an average of approximately 7,097 miles per year, representing a standard usage profile for a medium-large family saloon. This mileage accumulation rate points to regular, consistent use rather than severe commercial application or extended periods of storage, which helps prevent the specific mechanical seizures and battery sulfation issues often associated with long-term inactivity. However, this level of mileage naturally places heavy demands on the chassis, steering linkages, and braking components, aligning directly with the wear items that have previously triggered MOT failures. During the physical inspection and test drive, immediate attention must be paid to the front suspension and steering components following the recent replacement of the offside front lower suspension arm ball joint and nearside track rod end. Listen closely for any clunking, knocking, or vagueness when turning the steering wheel from lock to lock or when driving over speed bumps and rough road surfaces, as residual wear may be present in complementary joints such as the opposing wishbones or anti-roll bar drop links. Furthermore, inspect the inner and outer edges of the front tyres closely, as the November 2024 test noted accelerated wear on both the nearside and offside edges, which can be an indicator of incorrect front wheel alignment or worn geometry settings. Finally, verify the operation of the windscreen washer system, which was flagged as a major failure for insufficient liquid delivery during the initial 2024 test, and check the engine bay for any signs of smoke or combustion inefficiency given the past failure regarding excessive exhaust emissions. It is also prudent to look beneath the plastic undertrays, which have frequently restricted the full view of the underside during past inspections, to check for concealed oil leaks or corrosion on the structural subframes and brake lines. Ensuring that all past advisory and failure points have been comprehensively rectified rather than patched over temporarily is essential before committing to a purchase.