The Nissan Skyline GT-R V-Spec II represents the high-water mark of analogue Japanese performance engineering. Released in August 2000 as part of the Series 2 update for the BNR34 generation, this machine took the already formidable standard GT-R and sharpened its responses for both track days and aggressive street driving. It wasn't just a marketing exercise with a badge; it introduced tangible hardware revisions that changed how the car handled, stopped, and looked.
At its core, the V-Spec II formula built directly upon the foundation of the original V-Spec package. It utilized the legendary RB26DETT twin-turbocharged inline-six engine, paired with the advanced ATTESA E-TS Pro all-wheel-drive system and an active rear limited-slip differential. However, Nissan engineers implemented specific aerodynamic, weight-saving, and mechanical upgrades that separated the V-Spec II from both base models and early V-Spec variants.
What Made the V-Spec II Different?
The most striking visual and functional update on the V-Spec II was its carbon-fiber engine hood. Finished with a distinct NACA duct, this component was the first mass-produced carbon hood fitted to a Japanese production car. Beyond shedding roughly four kilograms from the front end, the NACA duct helped channel air into the engine bay to manage thermal loads under heavy track use.
Beneath the bodywork, the suspension setup received even stiffer spring rates and revised damper tuning compared to the standard V-Spec. This resulted in an exceptionally flat cornering posture, though it translated to a punishing ride on broken urban pavement. Braking performance was also enhanced: while the front Brembo setup remained a robust multi-piston arrangement, the rear rotors were enlarged and ventilated to resist thermal fade during repeated high-speed stops.
Inside the cabin, Nissan swapped out the grey cloth and red-stitched accents of the early cars for a starker, business-like atmosphere. The seats and door trims were finished in dark black cloth with clean white stitching, paired with an iridium center console finish and drilled aluminium pedals. The iconic multi-function display (MFD) retained its ability to track real-time telemetry, including boost pressure, throttle angle, and exhaust gas temperatures.
The Driving Experience on Real Roads
Driving a V-Spec II hard requires understanding its mechanical hierarchy. The twin-turbo RB26 does not deliver modern low-end punch; below 3,500 rpm, the engine feels relatively docile. Once the ceramic twin-ball-bearing turbochargers spool past 4,000 rpm, power builds in a relentless surge all the way to its 8,000 rpm redline.
The ATTESA E-TS Pro system transforms how the car puts power down. Rather than feeling like a heavy front-wheel-drive platform, the rear-biased setup allows the chassis to rotate gracefully before clamping down and rocketing out of a corner. Steering feel is heavy, mechanical, and entirely devoid of artificial filtering. You feel road textures, surface changes, and camber shifts directly through the leather-wrapped steering wheel.
The compromise is everyday usability. The Getrag six-speed manual gearbox features short, mechanical throws, but the clutch is heavy in traffic. Combined with the brittle ride quality of the stiffened V-Spec II suspension, long highway journeys demand physical stamina.
Common Ownership Pitfalls and Maintenance Realities
Importing or maintaining a V-Spec II today comes with unique hurdles that casual buyers often overlook.
- Corrosion Inspection: While the R34 chassis is much stiffer and better protected than the R32, rear shock towers, inner sills, and floor pan seams can still harbor rust, especially on cars sourced from regions with winter road salt or high coastal humidity.
- Turbocharger Health: The factory ceramic exhaust turbine wheels are brittle. If previous owners boosted past safe limits without proper fueling adjustments, the ceramic blades can shatter and destroy the engine internals. Many owners preemptively swap to steel-wheeled N1 turbos.
- Electrical Gremlins: The dashboard multi-function display (MFD) units are prone to dead pixels, backlight failures, and capacitor leakage. Specialized repair services exist, but sourcing original components is increasingly difficult.
- Authenticity Verification: Because standard R34 GT-Rs can be cosmetically upgraded with aftermarket carbon hoods, aluminium pedals, and V-Spec badges, verifying chassis numbers against factory records is essential to confirm an authentic V-Spec II.
Frequently Asked Questions
How many V-Spec II models did Nissan build?
Nissan produced roughly 1,855 units of the V-Spec II out of a total BNR34 GT-R production run of slightly over 11,000 cars, making it considerably rarer than the standard model.
Is the V-Spec II legal to import into the United States?
Under the federal 25-year import rule, early BNR34 production models built in January 1999 became legal to import in 2024. Because the V-Spec II was introduced in August 2000, individual cars become eligible for legal US importation on a month-by-month basis matching their exact 25th manufacturing anniversary.
What is the difference between a V-Spec II and a V-Spec II Nür?
The Nür edition, released at the end of the R34 production cycle in 2002, featured a legendary N1-derived racing engine with stronger internal components and an upgraded 300 km/h speedometer, whereas a standard V-Spec II uses the conventional 280-horsepower RB26DETT.
Can the stock RB26 handle increased horsepower safely?
The factory block and forged internals can easily handle up to 400–450 horsepower on stock turbochargers. Pushing past 500 horsepower reliably requires upgraded oil pumps, improved cooling capacity, and reinforced engine management.
