1996 Nissan Gtst 2.5L Petrol · A12 XAL

Sporadic testing history punctuated by historical failures for lighting, emissions, and structural suspension wear characterizes this thirty-year-old Nissan, which secured its most recent pass on 2023-06-15 with no recorded defects. A review of the DVSA database reveals significant gaps in the MOT log, notably a twelve-year absence of test data between the 2011 pass and the 2023 certificate, alongside multiple failure points across earlier tests. These historic defects included a nearside rear tyre with exposed cords in 2011, excessive carbon monoxide emissions and headlamp alignment issues in 2010, and minor electrical faults. Accumulating 102,342 miles over its lifetime equates to an average of roughly 3,411 miles per year, representing a low overall usage profile for a performance vehicle of this age. However, the lengthy test gap between 2011 and 2023 indicates that the car spent extended periods off the public highway or unregistered for MOT purposes. Mechanically, such prolonged periods of limited use can lead to seized components, degraded rubber bushes, fuel system varnishing, and accelerated corrosion on underbody structures if stored in damp conditions. Prospective buyers must conduct a rigorous physical inspection focusing heavily on the rear-wheel-steering (HICAS) system, suspension components, and exhaust emissions. The historical test data explicitly highlighted play in the rear steering ball joints and front anti-roll bar links, meaning any clunking, vague rear-end steering response, or wandering during a test drive requires immediate professional investigation. Additionally, given the past failure for excessive carbon monoxide, the condition of the catalytic converter, fuel mixture, and overall engine tuning must be verified to ensure the vehicle meets current emission standards. Further scrutiny should be applied to the electrical systems, headlamp lenses, and tyres, referencing the previous failures involving dim or scratched lenses, inoperative position lamps, and structural tyre damage. Inspect the inner edges of all tyres for abnormal wear patterns resulting from worn suspension geometry, and test all exterior lighting functions thoroughly. A comprehensive ramp inspection is strongly advised to examine the chassis rails, sills, and suspension mounting points for hidden corrosion that may have developed during the extensive periods between recorded tests.