2010 Nissan Pixo 1.0L Petrol · LP59 FKF

The most recent MOT test on the 2010 Nissan Pixo recorded a passing outcome, but this follows a pattern of persistent minor and advisory defects that have not been fully resolved. The vehicle’s MOT history reveals a recurring issue with severely deteriorated constant velocity (CV) boots on both front inner drive shafts, which were flagged as minor failures in three consecutive tests, indicating a chronic problem likely linked to either poor maintenance or inherent wear from prolonged service. Additionally, the front brake discs have been noted as worn, pitted, or scored in every MOT since 2023, with advisories suggesting they are approaching or exceeding the legal minimum thickness without compromising structural integrity. The near-side front shock absorber also failed a major test in 2025 due to a serious fluid leak, while the offside front shock absorber showed light misting of oil in 2025, both of which are critical components that, if neglected, can lead to poor ride quality, handling instability, or even suspension failure. While the overall trend has not worsened dramatically in the last year, the recurring advisories and minor failures underscore the need for proactive servicing to prevent escalation into more costly repairs. The vehicle’s recorded mileage of 62,868 miles at the time of this assessment represents a relatively low annual usage rate of approximately 3,929 miles per year, which is unusually low for a 16-year-old car. Such low mileage often suggests periods of prolonged inactivity, during which components like brakes, suspension, and fluids may degrade more rapidly due to standing corrosion, fluid oxidation, or condensation-related damage. The CV joint boots, in particular, are highly susceptible to drying out and cracking when stationary for extended periods, which explains their repeated failure in MOT tests. Meanwhile, the rear brakes being noted as "imbalanced requirements only just met" in 2024 suggests that the brake system may have been under-revved or not fully serviced, leading to uneven wear and potential binding. The combination of low mileage and standing suggests that the vehicle’s wear profile is influenced more by calendar time than by actual usage, meaning consumables like brake pads, seals, and fluids may need closer attention to prevent premature failure. For a prospective buyer, the most critical areas to inspect are the front CV joints, suspension components, and braking system, as these have been flagged repeatedly. The severely deteriorated CV boots should be replaced immediately, as they are prone to catastrophic failure if left unaddressed, leading to drivetrain noise, vibration, or even a sudden loss of power steering. During a test drive, listen for a grinding or whining noise from the front wheels, especially when turning sharply, and check for uneven tire wear that could indicate misaligned CV joints or binding calipers. The front shock absorbers, particularly the near-side unit with the known fluid leak, should be inspected for signs of oil leakage under the vehicle or a loss of damping effectiveness, which would manifest as a bouncy or unstable ride. Test for excessive play in the suspension by bouncing the car and observing if it returns to its resting position smoothly; a failing shock absorber will often allow the vehicle to bounce excessively or fail to settle properly. Additionally, the brake discs, though not yet critically worn, should be examined for pitting, scoring, or uneven thickness, as these can indicate underlying issues with brake pad wear or hydraulic pressure. If the brakes feel spongy or require excessive pedal travel, this may signal air in the brake lines or a failing master cylinder, warranting immediate inspection. Beyond the mechanical checks, the low-mileage profile of this vehicle means that age-related wear and tear—such as tyre sidewall perishing, battery health, and fluid degradation—should be given equal priority. The tyres, even at 62,868 miles, may have developed cracks or perishing in the sidewalls due to prolonged exposure to the elements, which can compromise their structural integrity and lead to sudden failure. Inspect the tyres for any signs of dry rot, particularly around the shoulder areas, and ensure they meet the minimum legal tread depth of 1.6mm. The 12V battery, which has likely been dormant for extended periods, should be tested for charge retention and overall health, as a dead or failing battery can leave the vehicle inoperable. The engine oil and transmission fluid should be checked for their condition and age, as fluids degrade over time even when not in use, and should be replaced if they appear dark, gritty, or have a burnt smell. Lastly, the exhaust emissions system, though not flagged in the MOT history, should be inspected for leaks or unusual noises, as standing vehicles can accumulate carbon deposits that may affect performance. A thorough visual inspection of the undercarriage for rust, particularly around the wheel arches and suspension mounts, is also essential, as prolonged exposure to moisture can accelerate corrosion in these areas. The registration plate, while not a safety concern, should be replaced if it is significantly deteriorated, as it may not meet modern standards or be easily legible in future inspections.