2014 Nissan Note 1.5L Diesel · SL14 XTR

Structural corrosion and deteriorating braking components define the current mechanical state of this vehicle. While it achieved a pass on 30 March 2026, the emergence of multiple advisories regarding the front and rear sub-frames, alongside worn front brake discs, indicates a downward trend in condition compared to the clean records of 2024 and 2025. The transition from a failure on 26 March to a pass just days later suggests that only the most critical faults were addressed, leaving several underlying issues for the next owner. An accumulation of 140,462 miles over twelve years represents a typical usage pattern of approximately 11,705 miles per annum. This consistent level of road use means the drivetrain and chassis have been subjected to standard wear and tear. At this mileage, the vehicle is entering a phase where high-wear consumables and structural components are more likely to reach the end of their service life, which aligns with the recent flags regarding corrosion and brake disc degradation. Particular attention must be paid to the structural integrity of the front and rear sub-frames, as the current advisories highlight corrosion. A physical inspection of these areas is necessary to determine if the rust is superficial or if it is beginning to compromise the strength of the chassis. Additionally, the history of corroded brake pipes noted in 2023, combined with the current pitting and scoring of the front brake discs, suggests a systemic vulnerability in the braking system. During a test drive, listen and feel for any pedal judder or steering wheel vibration under braking, which would confirm the extent of the disc scoring and pitting. Ensure the braking response is linear and free from pulsation. Given the recorded sub-frame corrosion, a professional inspection should confirm that no structural components are seriously weakened, as this would necessitate costly welding or replacement to maintain roadworthiness.