2010 Nissan Micra 1.2L Petrol · FR10 HTY

This 2010 Nissan Micra presents a stable but recently neglected roadworthiness trend, culminating in a passed test just twelve days ago on 2026-06-04 at 63,050 miles. The vehicle failed its initial assessment the day prior at 63,047 miles due to severely worn front brake pads, scored front brake discs, and excessive exhaust carbon monoxide emissions. It subsequently passed the following day, indicating the front braking system was hastily refurbished to achieve a pass. Emissions failures of this nature often point to a clogged catalytic converter or an engine running rich from short, infrequent journeys. The mileage profile reveals exceptionally low usage, averaging just 3,941 miles annually over sixteen years. The car covered a mere 1,093 miles between the May 2025 test at 62,569 miles and the June 2026 test at 63,050 miles. Such minimal mileage accumulation strongly suggests the vehicle has undergone prolonged periods of standing idle or restricted local use. Infrequent use degrades rubber components and encourages exhaust condensation, which perfectly aligns with the recent carbon monoxide emissions failure. A buyer must prioritize a thorough physical inspection of the front braking components. Verify the actual quality of the replacement pads and discs fitted between the June 3rd failure and the June 4th pass, as rapid turnaround repairs sometimes utilize budget parts prone to rapid wear or hot spots. The catalytic converter requires a detailed assessment, ideally with an exhaust gas analyser, to confirm it is functioning efficiently rather than temporarily passing after a forced hot run. The 2025 history also flags neglected basic upkeep, having failed on ineffective windscreen wipers at 62,569 miles before passing later that same day. Wiper blades are minor consumables, but failing on such a basic visibility item implies the previous owner deferred routine maintenance until legally compelled to rectify it. Check the suspension bushes and coil springs for age-related perishing, as these components degrade from drying out and urban pothole impacts regardless of the low mileage.