2018 Mazda 2 1.5L Petrol · YN68 JXG

The vehicle’s most recent MOT test on 2026-02-09 at 50,122 miles passed without defects, confirming current roadworthiness. However, the record reveals a concerning pattern of repeated tyre and brake issues prior to this period. The March 2023 failure at 37,291 miles—just three days before the subsequent pass—highlighted critically low front brake pads alongside all four tyres worn to the legal limit, indicating basic maintenance was neglected. The absence of further failures since then suggests either corrective action was taken or the vehicle has since been driven with minimal wear. The most recent pass, just five months ago, provides no recent evidence of ongoing problems, but the earlier trend warrants scrutiny. The mileage progression shows an average of approximately 6,265 miles per year, which is typical for a vehicle of this age. There are no significant gaps in service intervals, though the 2022-2023 period saw no recorded tests, leaving a potential blind spot. The rapid accumulation of 6,000 miles between the February 2024 and March 2023 tests—despite the failure—implies either the vehicle was driven heavily post-repair or the owner deferred maintenance until the last possible moment. This pattern suggests inconsistent upkeep rather than deliberate neglect, but it does not guarantee future reliability. A buyer should prioritise an independent inspection of the brake system, particularly the rear calipers and pads, given the 2023 failure. The repeated tyre wear indicates either aggressive driving, underinflation, or misalignment, so wheels should be checked for uneven tread and suspension components like bushes and coil springs for excessive play or corrosion. The absence of structural advisories in recent tests is reassuring, but a thorough examination of wheel arches, subframe, and sills for rust or damage is advisable, especially given the vehicle’s age. The most recent clean MOT provides no recent red flags, but the history suggests consumables like tyres and brakes may require closer monitoring.