1996 Nissan 240K Skyline 2.4L Petrol · N161 BRR

Structural integrity and component longevity define the history of this Nissan Skyline, which has transitioned from a period of identified chassis and braking system defects in 2018 to a sequence of clear test results. The most recent MOT on 19 June 2024 resulted in a pass with no recorded defects, continuing a trend of stability observed since the rectification of a failed brake pipe support and the monitoring of corroded coil springs six years ago. While the record indicates a return to compliance, the historical presence of corrosion on structural and braking components necessitates a rigorous inspection of the vehicle's underside to ensure that previous concerns have not progressed beyond superficial oxidation. Accumulating 132,018 miles over three decades results in an average annual usage of approximately 4,400 miles, a figure that suggests the vehicle has experienced intermittent rather than consistent daily operation. This lower-than-average mileage profile requires specific attention to rubberised components and seals, which can degrade or perish during extended periods of inactivity. Prospective buyers should be aware that while the MOT record shows no recent failures, the age of the vehicle means that drivetrain seals, cooling system hoses, and suspension bushings may be approaching the end of their functional lifespan regardless of the recorded mileage, as these items are subject to environmental degradation over thirty years. Given the 2018 history of brake pipe corrosion and inadequate support, a thorough physical examination of the entire hydraulic system is essential. During a test drive, the brake pedal should be tested for a firm, consistent feel; any sponginess or excessive travel could indicate internal master cylinder wear or persistent issues within the lines that were not captured in recent visual inspections. Furthermore, listen intently for metallic clunks or grinding noises originating from the wheel arches, as the previous advisories regarding front coil spring corrosion suggest that the suspension mounting points and spring seats should be scrutinised for any signs of structural thinning or fatigue that could affect ride quality and handling precision. The recurring advisories for tyre wear on the inner edges noted in 2020 and 2022 point to a potential need for a professional four-wheel alignment check. Uneven tyre wear patterns often indicate worn suspension geometry components, such as track rod ends, control arm bushes, or ball joints, which may not always be flagged during a standard MOT visual inspection. When driving, ensure the steering remains centred on straight roads and observe whether the vehicle pulls to either side under braking or acceleration. Any vibration felt through the steering wheel or chassis at motorway speeds should be investigated as a symptom of worn suspension bushings or imbalanced wheels, both of which are common in vehicles of this age and configuration.