2011 Nissan GT-R 3.8L Petrol · MV61 ABF

An unbroken sequence of consecutive first-time passes stretching back to November 2018 defines the roadworthiness profile of this Nissan, culminating in a clean pass on 17 February 2026 with zero defects recorded. This stable multi-year trajectory shows an absence of chronic structural failures or recurring mechanical rejection points, though earlier test documentation from 2019 and 2021 highlights recurring scrutiny around front brake disc wear and inner-face corrosion alongside shoulder wear on the front tyres. The overall trend indicates that while recent annual inspections have been clear of defects, the foundational heavy-duty components of the chassis require careful context from its historical advisories rather than relying solely on the spotless paperwork of the past three years. Accumulating 80,612 miles over its fifteen years on the road places this performance car at an average of roughly 5,374 miles per year, representing a moderately low usage profile for a high-output grand tourer. This annual mileage accumulation rate suggests steady, intermittent use rather than intensive daily commuting or prolonged multi-year storage periods that might otherwise cause component seizures or fluid degradation. Mechanically, this usage means the drivetrain and forced-induction systems have experienced regular thermal cycles, reducing the risks associated with long periods of standing, but it also places heightened importance on verifying how hard those miles were driven given the sporting nature of the vehicle. During the physical inspection and test drive, primary attention must be directed to the front axle assemblies, specifically verifying the condition of the brake discs following past advisories for inner-face pitting, scoring, and corrosion. Listen carefully for any metallic scraping, groaning, or vibration through the brake pedal under light and heavy deceleration, and inspect the outer and inner shoulders of the front tyres for uneven tread wear patterns that indicate potential wheel alignment or suspension geometry drift. Furthermore, prospective buyers should thoroughly examine the heavy-duty all-wheel-drive transaxle and suspension linkages for any signs of fluid weeping or abnormal mechanical clunks during low-speed maneuvering and tight turns. Pay close attention to the steering feel for any excessive play or wandering, and ensure the dual-clutch transmission shifts smoothly across all gears without hesitation or shuddering, as these high-performance drivetrains demand meticulous verification beyond standard MOT compliance.