oyota Supra vs Nissan GT-R: Two Japanese Legends, Two Different Roads to Greatness

Few rivalries in Japanese automotive culture are as iconic as the Toyota Supra versus Nissan GT-R. From the legendary 2JZ and RB26 engines to their appearances in The Fast and the Furious and Gran Turismo, these cars have influenced generations of enthusiasts.

Yet the Supra and GT-R represent two different approaches to performance. The Supra is known for its turbocharged inline-six engines and rear-wheel-drive character, while the GT-R combines immense power with sophisticated all-wheel-drive technology.

To understand what makes them special, we are looking at four defining cars: the Toyota Supra JZA80, Toyota GR Supra A90, Nissan Skyline GT-R R34, and Nissan GT-R R35.

Toyota Supra JZA80 (A80/Mk4): The 2JZ Legend

 

Introduced in 1993, the fourth-generation Toyota Supra became one of the most recognizable Japanese sports cars ever produced.

Its rounded headlights, long bonnet, muscular body and signature rear wing helped establish a timeless design. But underneath its distinctive appearance was the engineering that made the Supra a legend.

The legendary 2JZ-GTE engine

At the heart of the turbocharged JZA80 was Toyota’s 2JZ-GTE, a 3.0-litre twin-turbocharged inline-six.

Japanese-market models were officially rated at 280 PS, while US-market Supra Turbos produced 320 horsepower.

The 2JZ-GTE gained a reputation for its robust construction and enormous tuning potential. Its iron engine block and strong underlying design made it a popular foundation for high-performance builds.

Combined with rear-wheel drive and an available six-speed manual transmission, the Mk4 offered a driving experience that enthusiasts continue to celebrate.

From performance car to cultural icon

The Supra’s reputation extends far beyond factory performance.

Its appearance in The Fast and the Furious, together with its popularity in video games and tuning communities, introduced it to millions of automotive enthusiasts.

Today, the JZA80 remains highly desirable, particularly in original turbocharged manual form.

What makes the Mk4 special? Its iconic 2JZ engine, rear-wheel-drive character, distinctive styling and legendary tuning culture.

Toyota GR Supra A90: The Modern Revival

 

After the Mk4 ended production in 2002, Supra enthusiasts waited 17 years for its successor.

Toyota finally revived the nameplate in 2019 with the fifth-generation GR Supra, commonly known as the A90 or Mk5.

The DB42 designation identifies particular six-cylinder configurations within the A90 family rather than a separate Supra generation.

A new engine for a new generation

Instead of reviving the 2JZ, Toyota collaborated with BMW to develop the new sports-car platform.

The six-cylinder GR Supra uses BMW’s B58 3.0-litre turbocharged inline-six. Early US-market models produced 335 horsepower, with output increasing to 382 horsepower for the 2021 model year.

An eight-speed automatic transmission was offered from launch, while a six-speed manual became available later.

A sharper driving experience

Compared with the Mk4, the A90 is a more compact, driver-focused sports car.

Its short wheelbase, responsive turbocharged engine and modern chassis technology create a different experience from its grand-touring predecessor.

While some enthusiasts questioned the BMW collaboration, the A90 preserved two essential elements of Supra identity: an inline-six engine and rear-wheel drive.

What makes the Mk5 special? Modern handling, responsive turbocharged performance and an engaging rear-wheel-drive driving experience.

Nissan Skyline GT-R R34: The Final Skyline-Badged GT-R

 

Introduced in 1999, the Nissan Skyline GT-R R34 became one of the most celebrated Japanese performance cars ever built.

Its aggressive styling, square headlights, four circular taillights and unmistakable GT-R badge created a design that remains instantly recognizable.

Underneath that bodywork was an advanced performance machine.

The RB26DETT engine

The R34 GT-R was powered by Nissan’s RB26DETT, a 2.6-litre twin-turbocharged inline-six officially rated at 280 PS and 392 Nm of torque.

It was paired with a six-speed manual gearbox and Nissan’s ATTESA E-TS all-wheel-drive system.

Unlike the Supra, which delivered power exclusively to its rear wheels, the GT-R could direct torque to the front wheels when additional traction was required.

This gave the Skyline GT-R a distinct approach to performance, combining traditional manual driving involvement with advanced drivetrain technology.

The perfect combination of heritage and technology

The R34 became famous for more than its engine.

Its multifunction display, advanced drivetrain and performance-focused variants demonstrated Nissan’s commitment to engineering innovation.

The car also became a cultural icon through video games, films and the international JDM tuning scene.

Production ended in 2002, making the R34 the final Skyline-badged GT-R.

What makes the R34 special? Its RB26 engine, manual transmission, advanced all-wheel-drive system and unmistakable Skyline heritage.

Nissan GT-R R35: The Supercar Challenger

 

When Nissan introduced the R35 in 2007, it transformed the GT-R into a standalone performance model.

Unlike its predecessor, the R35 was officially called the Nissan GT-R, without the Skyline name.

It also introduced a substantially different approach to performance engineering.

From RB26 to VR38

The R35 replaced the RB26 inline-six with the VR38DETT, a 3.8-litre twin-turbocharged V6.

Early Japanese-market models produced 480 PS, while later versions became considerably more powerful.

By the 2024 US model year, the standard GT-R produced 565 horsepower, while the GT-R NISMO produced 600 horsepower.

Instead of the R34’s six-speed manual, the R35 used a six-speed dual-clutch transmission paired with a sophisticated all-wheel-drive system.

Technology meets immense performance

The R35 demonstrated how effectively modern engineering could translate substantial engine power into acceleration and handling.

Its dual-clutch transmission, all-wheel-drive system and electronic chassis controls worked together to deliver rapid, repeatable performance.

Nissan continued refining the car throughout its long production life, improving its performance, aerodynamics and driving characteristics.

R35 production ended in August 2025, closing an important chapter in the GT-R story.

What makes the R35 special? Its powerful twin-turbo V6, advanced AWD technology and ability to deliver high performance with remarkable consistency.

Toyota Supra vs Nissan GT-R: Which Legend Matches Your Driving Style?

Although both cars share Japanese performance heritage, turbocharged power and an enormous enthusiast following, they offer distinctly different driving experiences.

1. Engine and performance

The classic rivalry often begins with the 2JZ-GTE versus RB26DETT.

Both engines became famous for their tuning potential, strong aftermarket support and distinctive inline-six character.

However, the vehicles surrounding those engines were engineered around different performance philosophies.

The modern rivalry introduces an entirely different comparison: the A90 Supra’s B58 against the R35 GT-R’s larger twin-turbo V6.

But engine output alone does not tell the complete story. Transmission design, vehicle weight, traction and chassis characteristics all influence performance.

2. Rear-wheel drive vs all-wheel drive

The clearest distinction between these cars is their drivetrain configuration.

Toyota Supra: Rear-wheel drive gives the driver a direct relationship with throttle control and rear-tyre grip. It contributes to the Supra’s reputation as an engaging sports car.

Nissan GT-R: All-wheel drive helps distribute engine power across the wheels, providing additional traction during acceleration and in challenging driving conditions.

Neither system guarantees a more enjoyable driving experience. They offer different ways of connecting the driver, engine and road.

3. Tuning potential

The Supra and GT-R are both renowned for their tuning communities.

The 2JZ and RB26 have supported everything from modest street builds to extreme high-horsepower competition cars.

The newer B58 and VR38 engines continue that tradition with modern technology and extensive aftermarket development.

However, a successful high-performance build requires much more than simply increasing boost. Cooling, fuel delivery, transmission capacity, braking and suspension all become increasingly important as engine output rises.

4. Design and cultural influence

The Mk4 Supra and R34 Skyline GT-R represent an unforgettable era of Japanese automotive culture.

Their appearances in films, video games and motorsport-inspired tuning scenes helped create worldwide recognition.

The A90 and R35 carried those traditions into a new generation, introducing modern design and engineering while preserving their respective identities.

5. Ownership and collectability

For buyers, each generation presents different considerations.

The JZA80 and R34 are now decades-old vehicles, making originality, maintenance history, corrosion, accident repairs and modification quality especially important.

The A90 and R35 introduce more modern electronics and drivetrain systems, making access to knowledgeable specialists and proper servicing essential.

Condition, specification and provenance can significantly influence the desirability of any example.

Final Thoughts: Two Legends, Two Different Philosophies

The Toyota Supra and Nissan GT-R have earned their reputations through different approaches to performance.

The Toyota Supra celebrates turbocharged inline-six power, rear-wheel-drive balance and driver involvement. From the legendary 2JZ-powered Mk4 to the modern B58-powered A90, its identity remains closely connected to the driving experience.

The Nissan GT-R represents a different philosophy: using advanced engineering to combine power, traction and control. The R34 established its identity through the RB26, manual transmission and sophisticated AWD, while the R35 developed that concept further with a twin-turbo V6 and dual-clutch transmission.

The Mk4 and R34 defined an unforgettable era of Japanese automotive culture. The A90 and R35 demonstrated how those legendary names could evolve.

Four remarkable cars. Two legendary nameplates. Different approaches to performance—but the same enduring passion for driving.