2016 Mazda 3 2.0L Petrol · SP16 XTO

The defining mechanical characteristic of this vehicle is the documented wear in the front inner suspension arm pin or bush assemblies, a pattern that has persisted across the last two MOT cycles. The most recent test on 22 December 2025 recorded a pass with advisories specifically noting worn inner suspension arms on both the nearside and offside front axles. This history indicates that while the vehicle retains roadworthiness for immediate use, the suspension geometry is degrading over time, requiring attention to prevent further wear or potential handling issues. The recorded mileage of 34,491 miles over a decade indicates a very low annual accumulation rate of approximately 3,449 miles per year. This usage profile suggests the vehicle has spent significant periods stationary, which can lead to specific mechanical degradation such as flat-spotting on tyres, drying out of fluids, or suspension component stiffness, despite the low total distance covered. Conversely, the consistent testing history without gaps implies the car has been kept in a drivable state, yet the suspension wear suggests the mileage may not be the sole factor contributing to component fatigue. Prospective buyers must prioritize a thorough inspection of the front suspension geometry, specifically the inner arm pin and bush assemblies which have been flagged as worn. During the test drive, listen for any knocking or clunking noises over bumps or when turning the steering wheel, and observe the steering wheel for any play or vibration that might indicate excessive movement in the worn bushings. Additionally, check the tyre sidewalls for the cuts recorded in 2020 and 2025, ensuring no cords are exposed and that the tread depth meets legal requirements, as damaged sidewalls compromise structural integrity. The exhaust system requires specific attention due to the minor leak noted at the front flexible section in the December 2025 test. Inspect the flexible joint for signs of rust or corrosion that could lead to a more significant failure in the future, and listen for hissing noises that might indicate escaping gases. While the current defect is minor, it is a precursor to potential exhaust system failure and should be monitored closely to ensure it does not escalate into a dangerous condition.