2009 Nissan Note 1.6L Petrol · AO09 GPZ

Recurrent annual failures and recurring component advisories define the mechanical background of this Nissan Note, which most recently secured a pass on January 14, 2026, after initial rectification work. The roadworthiness trail shows a persistent vulnerability to electrical malfunctions, exhaust system degradation, and fluid leaks, with failures recorded across multiple consecutive years prior to passing. While the vehicle ultimately achieves a pass on each test cycle, the necessity for repeated pre-test repairs highlights a pattern of recurring faults rather than a trouble-free maintenance record. Accumulating 109,498 miles over its seventeen-year lifespan yields an average of approximately 6,441 miles annually, representing typical wear and tear usage for a vehicle of this age without extended periods of inactivity. This consistent yearly mileage distribution means the drivetrain and mechanical ancillaries have experienced steady, regular operation rather than prolonged static storage, which generally mitigates the risk of seized components or severe battery degradation associated with lay-ups. However, this level of mileage places increased reliance on routine wear items, suspension joints, and sealing surfaces that must be physically verified during an inspection. Prospective buyers must pay close attention to the front suspension, specifically the nearside front lower suspension arm ball joint noted as having slight play on the latest test. During a test drive, listen for knocking or clunking noises when navigating potholes or speed humps, and check for any vagueness in the steering response. The persistent minor oil leak noted across multiple years requires a thorough visual inspection underneath the vehicle with the engine running to identify the exact source, whether from the sump gasket, crank seals, or rocker cover, to ensure it has not worsened into an active drip. The history of exhaust leaks and electrical failures demands careful functional checks of all onboard systems before purchase. Verify that the headlamp alignment, dipped beams, position lamps, and stop lamps operate correctly, and confirm that the supplementary restraint system warning light illuminates and extinguishes as expected during ignition startup, as an SRS fault was previously flagged. Furthermore, test the parking brake engagement to ensure the lever reserve travel noted in prior tests does not compromise holding strength on steep inclines, and inspect the exhaust system from the manifold rearward for any signs of patching or gas escape.