2009 Nissan Micra 1.4L Petrol · FE59 FVC

The most recent DVSA MOT test for this 2009 Nissan Micra was conducted on 3 June 2025 and resulted in a clean pass with no defects or advisories recorded. This represents a continuation of a highly stable maintenance trend, as the four consecutive annual tests from 2022 through 2025 have all returned passes free of advisory items. The absence of recurring advisories relating to suspension components, brake condition, or corrosion is a positive indicator, suggesting that the vehicle has either been conscientiously maintained or has accumulated sufficiently low wear to remain within tight DVSA pass thresholds. However, prospective buyers should be aware that a clean MOT record does not equate to a comprehensive mechanical inspection, as many wear-related issues develop gradually and may not yet have crossed the strict pass/fail boundary. With 61,468 miles recorded against a 17-year age, this Micra has covered an average of approximately 3,616 miles per year, which is notably below the typical annual mileage for a vehicle of this vintage. This low usage pattern strongly suggests extended periods of standing or only short, infrequent journeys, which carries specific mechanical implications that diverge from those of a high-mileage example. Such conditions are commonly associated with reduced brake disc surface corrosion from infrequent use, potential sticking or binding calipers, premature 12V battery degradation due to shallow discharge cycles, and accelerated tyre sidewall perishing from age rather than wear. The relatively static mileage between tests, with annual increments appearing modest, reinforces the likelihood of prolonged inactivity rather than regular touring use. Given the age of the vehicle, particular attention should be paid to time-sensitive deterioration rather than mileage-based wear. The tyres should be physically inspected for sidewall cracking, perishing, or brittleness, as rubber compounds degrade chemically after approximately six to seven years regardless of remaining tread depth, and an MOT does not formally assess tyres of this age for structural integrity. The braking system warrants close scrutiny, including a check for corrosion pitting or lipping on the visible edge of the brake discs, signs of seized caliper sliders, and confirmation that the handbrake holds firmly on an incline, as standing vehicles frequently suffer from seized rear caliper mechanisms. A thorough road test should incorporate several firm brake applications from moderate speed to confirm smooth pedal response without shudder, pulling, or pulsation, which would indicate disc warping. The powertrain and ancillary systems require equally careful evaluation due to calendar-based degradation of service items. The 12V battery should be load-tested, as a 17-year-old vehicle will almost certainly have reached the end of its functional service life, and a failing battery produces misleading symptoms that mimic alternator or starter faults. Engine oil, coolant, brake fluid, and automatic transmission fluid (if applicable) should all be inspected for condition and replacement date, as these fluids degrade with time through moisture absorption and chemical breakdown, even when the vehicle has covered relatively few miles. A cold-start observation is essential to check for excessive smoke, timing chain rattle from the upper engine area, or irregular idling, as low-mileage engines with infrequent oil changes are susceptible to oil starvation upon first start. Finally, the underside of the vehicle should be examined on a ramp for exhaust system corrosion at the mounting points, suspension bush perishing, and any evidence of fluid leaks from the engine or transmission, all of which represent age-related concerns independent of the clean MOT history.