2022 Mazda 2 Hybrid Agile CVT 1.5L Hybrid electric · LO22 ACX

The Mazda 2 Hybrid presents a clean roadworthiness profile based on the single MOT record available, passing on 12 June 2025 without any advisories or defects noted. With the vehicle now four years old and the most recent test conducted approximately fourteen months ago, the next MOT falls due in June 2026, meaning a buyer must anticipate arranging a fresh test imminently. No failure history exists within the supplied data, and there is no evidence of either resolving or worsening mechanical trends, simply because the dataset is too sparse to establish a pattern. The absence of recorded advisories at the most recent test is a neutral observation, not a guarantee of underlying mechanical condition. Mileage accumulation appears moderate for the vehicle's age, with 26,133 miles recorded at the 2025 test, equating to roughly 6,500 miles per year since registration in 2022. This figure sits within the expected range for a small hybrid hatchback used for mixed urban and light commuter duties, suggesting neither prolonged standing nor heavy use. The single recorded test prevents any meaningful comparison of mileage progression between MOT cycles, so a buyer cannot determine from this record alone whether the car has been driven consistently or has experienced periods of inactivity that might affect components such as brakes, tyres, or the hybrid battery system. A current odometer reading should be cross-referenced with the 2025 figure to confirm the 8,000 to 10,000 miles typically accumulated over the intervening year. Given the limited MOT evidence, a prospective buyer should prioritise a physical inspection focused on items the test history does not cover. The rear brake assemblies, including calipers, discs, and handbrake mechanism, warrant close examination for binding or corrosion, particularly given the urban-duty profile typical of this model. The hybrid system components, including the 12-volt auxiliary battery, inverter cooling, and any warning lights on the dashboard, should be checked during a live systems test. Suspension bushes, coil springs, and tyre sidewalls should be assessed for wear, while a thorough underside examination for structural corrosion, exhaust integrity, and fluid leaks remains advisable. A pre-purchase inspection by a qualified hybrid-trained technician would compensate for the thin MOT record and verify the mechanical state independently.