What engine does the GTR use?

[LeviDella]

The Nissan GTR is equipped with a VR38DETT 3.8L V6 engine. Its maximum horsepower is 480hp, and the maximum torque output is 588N·m. Here is some introduction to the Nissan GTR engine: 1. It is equipped with a dual-clutch transmission called GR6, which can be switched to manual mode, and can accelerate to 100 kilometers in 4.05 seconds. 2. The new entry-level GT-R adopts new 20-inch wheels, and in terms of power, it uses an improved turbocharger and the same 565 horsepower twin-turbocharged V6 engine as the old model.

[SanGabrielle]

I understand that the Nissan GT-R is equipped with the VR38DETT engine, a 3.8-liter V6 twin-turbocharged engine producing approximately 565 horsepower. It features an aluminum design to reduce weight, optimizing heat dissipation and responsiveness. Engine highlights include variable valve timing technology, which reduces turbo lag and enhances power output stability, paired with the ATTESA E-TS all-wheel-drive system for smooth and seamless acceleration. On the environmental front, it has upgraded emission controls to meet modern standards. While fuel efficiency in daily driving is average, the engine is reliable and durable, though the turbo components require regular coolant checks. It offers significant tuning potential—flashing the ECU can easily boost horsepower to over 600, with the Nismo version delivering even higher power. Overall, this engine is the heart of the GT-R, featuring advanced technology suitable for drivers seeking speed and excitement while still accommodating daily commuting needs.

[MacElliana]

As someone who frequently drives performance cars, the GT-R's VR38DETT engine is truly astonishing. The 3.8-liter V6 twin-turbo delivers rapid power output, achieving 0-100 km/h in just around 2.7 seconds with an incredibly strong and lag-free acceleration push. City driving fuel consumption is relatively high, approximately 15-20L per 100 km, while highway driving is slightly better, but the engine response remains sharp. The all-wheel-drive system ensures rock-solid stability during cornering. Noise control is excellent—quiet in comfort mode and exhilarating in sport mode with an exciting engine roar. Maintenance is simple and economical, requiring only oil changes every 10,000 km, and the turbo components are less prone to overheating or damage. Compared to European sports cars, this Japanese engine boasts longer longevity and easier part replacements. From a practical standpoint, it strikes a great balance between performance and reliability, making long-distance travel stress-free, though the trunk space is somewhat limited.

[StAmara]

The GTR is equipped with Nissan's VR38DETT engine, a 3.8L V6 twin-turbocharged engine producing around 565 horsepower. It accelerates quickly in urban driving but has high fuel consumption, approximately 20L in the city, dropping to 10L on highways. It offers good reliability, starts up without issues daily, and requires regular oil changes. The rear seats are small but sufficient for two people, and the engine noise is slightly loud but adjustable. Maintenance is straightforward, and the turbos are durable. Overall, it's suitable for those who prioritize speed.

[JadeLee]

From the Skyline GT-R era to the R35, Nissan's engine evolution has been remarkable. The RB26 straight-six twin-turbo produced 280 horsepower (officially) but was actually more powerful, while the current VR38DETT V6 delivers 565 horsepower with greater efficiency. Technological optimizations reduced weight, using aluminum alloy materials to improve heat management, resulting in faster turbo response and reduced lag. Environmental upgrades lowered emissions to meet standards. Reliability has improved with lower maintenance costs—oil changes every 10,000 km are easy to handle. Historically, Nissan has maintained its high-performance DNA, making these cars suitable for both collectors and daily use.

[Ted]

The Nissan GT-R's VR38DETT engine offers high cost-performance compared to other sports cars, delivering 565 horsepower with sharp acceleration, yet its maintenance is cheaper than the Porsche Turbo. With reasonable fuel consumption of 15-20L in the city and 10L on highways, it boasts strong practicality for commuting. After emission upgrades, it meets environmental standards and has great tuning potential—ECU remapping can push it beyond 600hp. The AWD system enhances safety, and long-term ownership reveals few issues with a durable engine that balances performance and daily needs.