2018 Mazda 2 1.5L Petrol · GV18 WHT

A pattern of consistent roadworthiness is evident across the recorded history, though a singular dangerous failure regarding brake pad thickness in 2022 and a recent windscreen wiper defect in June 2026 represent the only interruptions to an otherwise clean testing sequence. The most recent test on 29 June 2026 resulted in a pass following a failure for an offside windscreen wiper that failed to clear the glass effectively. Aside from these specific component issues, the vehicle has maintained a record of passing inspections without recorded advisories or structural defects since its first recorded test in 2021. The vehicle's usage profile is characterized by low annual mileage, averaging approximately 3,797 miles per year over its eight-year lifespan. With a total recorded distance of 30,375 miles, the vehicle has been driven significantly less than the UK average. While lower mileage typically suggests reduced wear on high-friction components such as the engine internals and drivetrain, it can also imply longer periods of inactivity. Mechanically, this pattern means that while the odometer reading is low, components that rely on regular movement to prevent seizing or degradation, such as brake calipers and suspension bushes, should be monitored. During a physical inspection and test drive, focus should be directed toward the braking system and visibility components. Given the 2022 failure for offside front brake pads being below the 1.5 mm threshold, it is prudent to check for any uneven brake wear or pedal pulsation that might indicate a binding caliper or a warped disc. Ensure the brake pedal feel is firm and consistent throughout the operation of the vehicle. Additionally, verify that the windscreen wiper assembly, which failed in the June 2026 test, now operates smoothly across the entire glass surface without streaking, skipping, or audible motor strain, as this is essential for maintaining clear sightlines during adverse weather. The absence of recorded advisories regarding corrosion, fluid leaks, or suspension play suggests that the structural integrity and chassis components have not shown immediate signs of deterioration under the current usage. However, because the mileage is low, you should listen for any unexpected knocks or clunks from the suspension linkages when navigating uneven surfaces, which can sometimes occur when rubber components undergo more age-related hardening than wear-related degradation. Checking for any signs of oil misting or fluid weeping around the engine bay and transmission would also be a standard precaution for a vehicle with this specific usage profile.