The 2002 Nissan Skyline GT-R V-Spec II represents the ultimate evolution of the iconic R34 generation. Released at the very end of production in August 2001 through February 2002, this model combined motorsport engineering with street-legal performance. It stands as the peak of factory-built RB26DETT development before Nissan closed the book on the legendary Skyline GT-R lineage for over a decade.
Understanding this car means looking past the collector hype and examining the mechanical refinements that set the V-Spec II apart from standard R34 models. From its stiffer chassis tuning to its carbon-fiber NACA duct hood, every upgrade was designed to sharpen handling and driver feedback.
What Made the V-Spec II Different?
Nissan introduced the V-Spec II to answer demands from enthusiasts and track drivers who wanted a more aggressive, factory-honed setup. While it shared the twin-turbocharged inline-six engine with the standard V-Spec, several distinct changes altered its behavior on the road and track.
The most noticeable exterior change is the carbon-fiber hood featuring a distinctive NACA duct. This duct feeds cool air directly to the turbocharger intake pipes, reducing air temperatures during sustained high-load driving. The hood was coated in body color on standard production cars, though its carbon weave remained visible on rare special editions like the V-Spec II Nur.
Inside, the cabin received tactile upgrades centered on driver engagement. Nissan replaced the standard grey center console and instrument surround with a dark iridium-grey metallic finish. The seats were wrapped in durable black cloth and suede bolsters, designed to hold the driver firmly in place during hard cornering.
- Carbon-fiber hood: Features an integrated NACA duct for improved turbocharger cooling.
- Stiffer suspension: Utilizes firmer spring rates and revised Bilstein damper valving compared to the standard R34 GT-R.
- Interior finishes: Features dark metallic center console trim and embossed pedals.
- Brake enhancements: Equipped with larger ventilated Brembo disc brakes front and rear.
The Legendary RB26DETT Engine
Beneath the bonnet sits the famed RB26DETT, a 2.6-liter twin-turbocharged inline-six that became a motorsport icon. Officially restricted by the Japanese gentleman's agreement to 276 horsepower (280 PS), actual output was widely known to exceed 320 horsepower straight from the factory.
The engine block utilized strong cast-iron construction, while the cylinder head featured dual overhead cams and individual throttle bodies for each of the six cylinders. This setup provided razor-sharp throttle response that carbureted or single-throttle fuel-injection systems couldn't match.
Torque delivery was managed by twin ceramic turbochargers operating in a parallel setup. While ceramic turbine wheels spooled up quickly for low-end responsiveness, they also limited safe boost increases for tuners who pushed beyond factory limits. Despite this, the stock internals could easily handle moderate power bumps without internal reinforcement.
ATTESA E-TS Pro All-Wheel-Drive System
Power from the RB26 engine flows through a Getrag six-speed manual transmission to Nissan's advanced ATTESA E-TS Pro all-wheel-drive system. Unlike basic AWD systems that react to wheel slip after it happens, the Pro system uses a network of sensors monitoring G-forces, steering angle, and individual wheel speeds to predict traction loss.
The system continuously adjusts torque split between the front and rear wheels using an electronically controlled wet clutch pack. Under normal driving conditions, the car behaves like a rear-wheel-drive vehicle. When cornering hard, up to 50 percent of the torque can be instantly sent to the front wheels to pull the car through the apex with incredible neutrality.
The V-Spec II added an active rear limited-slip differential to the Pro system, further enhancing corner exit traction and high-speed stability. This allowed drivers to apply throttle much earlier in a turn than they could in traditional rear-drive sports cars.
Production Numbers and Rarity
The 2002 model year marked the final run of the R34 generation, making the V-Spec II exceptionally rare. Nissan produced 1,855 units of the standard V-Spec II. Following that run, they released the V-Spec II Nur and M-Spec Nur models, named after the Nürburgring racetrack where the GT-R was tested and refined.
Total R34 GT-R production across all variants reached just over 11,000 units, a fraction of modern sports car production volumes. Strict emissions regulations and changing safety standards in the early 2000s forced Nissan to discontinue the RB26 engine and the Skyline GT-R lineup until the introduction of the R35 in 2007.
Frequently Asked Questions
How much horsepower does a stock 2002 Skyline GT-R V-Spec II have?
Factory specifications rated the car at 276 horsepower (280 PS) and 293 lb-ft of torque due to Japanese industry agreements. Independent dyno tests consistently showed real-world output closer to 320 or 330 horsepower.
Is the V-Spec II legal to drive in the United States?
Under the federal 25-year import rule, standard 2002 Nissan Skyline GT-R models become legally importable to the United States starting in 2027. Some early-production 1999 models became eligible in 2024, but 2002 V-Spec II variants require patience until their specific production month arrives.
What is the difference between V-Spec and V-Spec II?
The V-Spec II added a stiffer suspension setup, a carbon-fiber hood with a NACA duct, a black interior center console finish, and a revised pedal set. The core engine and ATTESA all-wheel-drive system remained largely the same.
How heavy is the R34 V-Spec II?
The car has a curb weight of approximately 1,560 kilograms (3,439 pounds). Its extensive use of aluminum for structural components and lightweight hood construction helped keep weight in check despite the heavy all-wheel-drive hardware.
