2013 Mazda 6 2.0L Petrol · LN13 SOC

A pattern of intermittent component wear and minor suspension deterioration defines the mechanical history of this Mazda 6, which most recently passed its MOT on 11 April 2024. While the vehicle has maintained a consistent pass record since 2017, the documentation shows a recurring need to address consumables and minor mechanical components. The most recent recorded defect involved a severely deteriorated offside front anti-roll bar linkage ball joint dust cover, following a period in 2022 where the braking system required attention due to thinning pads and a pitted offside rear outer brake disc. The vehicle has covered 80,539 miles over its thirteen-year lifespan, representing an average annual accumulation of approximately 6,195 miles. This usage profile is relatively low for a vehicle of this age, which typically suggests more frequent short-distance trips rather than sustained motorway mileage. Mechanically, this level of usage can sometimes lead to more frequent advisories regarding braking components and rubberised suspension elements, as components may experience more frequent heat cycles and environmental exposure relative to the total distance travelled. Prospective buyers should pay close attention to the front suspension and steering assembly during a test drive. Given the recent failure of the offside front anti-roll bar linkage ball joint dust cover, it is necessary to listen for any rhythmic knocking or clunking sounds when traversing uneven road surfaces or navigating speed bumps, as this can indicate further wear in the linkage or surrounding bushes. Additionally, the history of worn tyres in 2019 and thinning brake pads in 2022 suggests that the vehicle's consumables should be thoroughly inspected for current levels of wear. Specific attention must be directed toward the braking system to ensure the previous issues with thinning pads and a scored offside rear disc have been fully rectified. During a road test, check for any pedal judder or pulsation when applying the brakes at various speeds, which could indicate disc irregularities, and listen for any squealing or grinding noises that might suggest the pads are nearing the end of their service life. Ensuring the braking performance is consistent and free from vibration is essential given the documented history of component wear in this area.