2016 Mazda 3 1.5L Diesel · LR66 JBU

A history of significant mechanical neglect and dangerous structural deficiencies marks this Mazda 3, punctuated by multiple test failures before culminating in a clean pass on 29 January 2026 at 114,763 miles. While the most recent examination recorded zero defects, the overall trajectory of the vehicle shows chronic wear on critical safety components, most notably a 2023 testing session where both front and rear brake pads were measured below 1.5 millimetres alongside severely depleted front tyre tread, all categorised as dangerous defects. Furthermore, the 2022 MOT included a major failure for a fractured offside rear coil spring, demonstrating that the vehicle has previously suffered from compromised structural components that required immediate intervention. Accumulating 114,763 miles over approximately ten years results in an average of roughly 11,476 miles annually, an entirely typical usage rate for this age of vehicle. This consistent mileage accumulation indicates regular road use rather than prolonged periods of inactivity, meaning the mechanical wear observed in the MOT records stems from standard operational mileage and consumable depletion rather than stationary deterioration. However, this level of use places heavy demands on the chassis, drivetrain, and braking systems, requiring careful verification that past high-wear periods have been met with comprehensive component replacements rather than superficial fixes. Prospective buyers must subject the braking and suspension systems to rigorous scrutiny during an inspection and test drive, keeping the vehicle's history of thin brake pads and a broken coil spring firmly in mind. On the test drive, listen carefully for any metallic knocks, creaks, or clunks emanating from the rear suspension over potholes or speed humps, which would indicate lingering wear in the coil springs, dampers, or associated mounting bushes. Additionally, test the brakes firmly on a safe stretch of road to check for any pulsing, judder, or steering pull that could point to warped discs or unevenly worn replacement pads, and verify that the tracking is properly aligned given the past advisory for geometry issues. A thorough physical inspection of the wheels and tyres is also essential, ensuring that the alignment issues noted alongside the previous tyre failures have not caused accelerated inner or outer shoulder wear on the current rubber. Check the condition of the alloy wheels for curbing or damage that could affect balancing, and inspect the inner wheel arches for any signs of premature corrosion or structural fatigue. Confirming that all previous dangerous failures were rectified with quality replacement parts will be the determining factor in establishing the actual mechanical roadworthiness of this vehicle.