2020 Mazda 2 Sport NAV Auto 1.5L Petrol · AE20 HBH

The vehicle presents a stable and currently sound mechanical condition, culminating in a clean pass during its most recent assessment on 23 May 2025 at 11,686 miles. The maintenance trend is improving, as the record shows zero defects or advisories on every successful test. While the 2025 and 2023 tests initially failed on the same day, the immediate retests passed with no recorded defects, indicating prompt rectification of whatever minor issues caused the initial failures. There is no evidence of recurring structural or mechanical faults developing over the vehicle's lifespan. The mileage accumulation tells a story of exceptionally low usage, averaging roughly 1,948 miles per year across its six-year lifespan. The annual increments remained modest until the final year, where the odometer jumped from 7,849 miles in May 2024 to 11,686 miles by May 2025—a notable spike of 3,837 miles. This sudden increase suggests a shift from prolonged stationary periods to more regular driving, which can actually benefit the drivetrain and prevent the seizing of components often seen in cars left standing for weeks. The current mileage sits at 11,686, meaning the vehicle is now just over a year past its last valid test, and a fresh MOT will be due imminently. Given the absence of flagged defects, a physical inspection should focus on the hidden consequences of low-mileage, intermittent use. Examine the brake discs and calipers for surface corrosion and binding, as short trips prevent pads from wiping rotors clean. Check the tyre sidewalls for ozone cracking and date codes, since low annual mileage means the original rubber ages out before it wears out. Inspect the suspension bushes and coil springs for deterioration caused by standing under load on one spot. Verify the exhaust system for internal condensation corrosion, a common issue in vehicles that rarely reach optimal operating temperature. The automatic transmission fluid should be checked for condition, as infrequent use can sometimes lead to rough shifting or fluid degradation.