2010 Mazda 3 1.6L Petrol · LS60 WWY

Structural corrosion and a deteriorating braking system define the current mechanical state of this vehicle. While it achieved a pass on 2025-09-16, the record reveals a concerning trend where simple tyre and glass defects have been superseded by more serious advisories regarding the rear subframe and suspension arm corrosion. The transition from minor wear items to structural degradation suggests a vehicle that is beginning to succumb to age-related oxidation, marking a shift from a stable roadworthiness history to one requiring more intensive monitoring of the chassis. The recorded mileage of 98,953 miles over 16 years reflects a moderate annual average of approximately 6,185 miles. This level of usage indicates the drivetrain has not been excessively stressed, but the presence of perishing tyres and corroded brake hose ferrules suggests the car may have been subject to damp storage or frequent exposure to road salt. Mechanically, this means the focus shifts away from high-mileage drivetrain wear and toward the degradation of rubber components and the integrity of the steel chassis. A physical inspection should prioritise the rear subframe and rear suspension arms to determine if the recorded corrosion is superficial or if it has begun to flake and pit the metal. During the test drive, the buyer should listen for knocks or clunks from the rear of the vehicle when driving over speed bumps or uneven road surfaces, as this can indicate that corrosion is affecting the movement or stability of the suspension linkages. The braking system requires specific attention due to the recorded pitting on the nearside front disc and corrosion on the front brake hose ferrules. The buyer should feel for any pulsation or judder through the brake pedal during deceleration, which would be symptomatic of the scored and pitted disc surfaces. Furthermore, given the previous failure for worn front suspension arm ball joints in 2023, the steering should be checked for any vagueness or clicking sounds during low-speed manoeuvring to ensure the replacement components are performing correctly.