2015 Mazda 2 1.3L Petrol · YA64 XMZ

Persistent mechanical attention at the front axle defines this Mazda 2, punctuated by a recurring failure of the offside front suspension arm ball joint that was flagged as dangerous in January 2024 and resulted in a major failure in January 2026 before ultimately securing a clean pass on the twenty-sixth of that month. While the latest test shows no current defects, the historical record reveals a vehicle that places heavy mechanical demands on its front running gear. Alongside the ball joint issues, past inspections have logged lipped front brake discs, play in the steering rack inner joints, and sidewall tyre damage, indicating that previous MOT outcomes required prompt intervention rather than representing a completely untroubled roadworthiness record. Accumulating 69,719 miles over its roughly eleven-year lifespan yields an average of approximately 6,338 miles per year, representing typical, moderate usage for a modern hatchback. Annual testing intervals have been maintained with no suspicious gaps or extended periods off the road, ensuring that mechanical wear has accrued steadily rather than through sudden high-mileage sprints or detrimental long-term storage. This usage profile means the vehicle has experienced regular operating temperatures and consistent deployment of its braking and steering systems, though age-related degradation on rubber components and underbody fixtures remains entirely expected. On the road test, you should pay meticulous attention to the front suspension and steering assembly, specifically listening for any sharp knocks, clunks, or metallic rattles when negotiating potholes, speed hums, or tight lock turns. Check the steering wheel for excessive play, vagueness on the straight-ahead, or any pull to one side, which could point to lingering wear in the steering rack inner joints previously noted by examiners. Additionally, inspect the front brake discs for the lipping documented in earlier tests and test the pedal feel for any pulsation, judder, or excessive travel that would indicate the friction surfaces require replacement. Inspect the underside thoroughly for the rear corrosion previously flagged by testers, checking structural box sections and floor pans with a torch to ensure surface rust has not progressed into structural degradation. Review the condition of the long brake lines running front to rear, verifying that any historical grease or protective coating has not masked pitting or deep corrosion, and inspect all tyre sidewalls for the minor damage patterns highlighted in past advisories. Confirming that the suspension arms, steering joints, and brake lines have been genuinely rectified rather than temporarily patched will provide the best assurance of long-term reliability.