2015 Nissan Pulsar 1.5L Diesel · RA65 FFU

Repeated mechanical interventions and structural wear items dominate the history of this Nissan Pulsar, marking a distinct trajectory of front-end suspension and consumable degradation across its testing life. While the vehicle successfully achieved a clean pass on 2026-02-11, this latest result follows consecutive annual failures between 2023 and 2025 that required significant repairs to steering and suspension joints. The recorded record shows a persistent concentration of faults on the front axle, shifting from tyre and minor peripheral advisories in earlier years to major structural ball joint and steering linkage replacements in the subsequent tests. Accumulating 58,659 miles over its roughly eleven-year lifespan yields an average of approximately 5,333 miles per year, representing a comparatively low annual usage profile. This lower mileage accumulation pattern does not exhibit multi-year testing gaps or extended periods of off-road storage, meaning the vehicle has remained in regular annual service without long lapses. Mechanically, this rate of use suggests that wear and tear has accrued through short urban journeys rather than highway mileage, concentrating mechanical stress on the primary suspension components and braking hardware rather than high-speed drivetrain elements. Prospective buyers must prioritise a rigorous physical inspection of the front-end architecture, specifically examining the offside front suspension arm, ball joints, track rod ends, and inner suspension arm bushes that generated major failures and ongoing advisories in 2024 and 2025. During a test drive, listen closely for any knocking, clunking, or metallic thuds when navigating uneven road surfaces, speed humps, or sharp turns, as these noises indicate residual play or premature wear in the newly fitted or adjacent steering and suspension linkages. Furthermore, verify that the steering tracks completely straight without pulling to either side, which would otherwise point to lingering geometry misalignment from previous steering component replacements. Additional inspection should focus on the braking system and safety features, noting the 2025 advisory for thin offside front brake pads alongside the major failure recorded for a non-functioning central rear seat belt. During the vehicle test, check that the brake pedal offers a firm, progressive bite without excessive travel or vibration, and inspect the brake discs for scoring or lip formation. Finally, test every seat belt mechanism across the cabin to ensure proper retraction and locking action, and inspect the tyre sidewalls for any signs of the perishing or cracking previously noted across multiple axle positions in earlier testing cycles.