Nissan Unveils All-Electric R32 GT-R EV at 2025 Tokyo Auto Salon

ABU DHABI : The latest concept revives the legendary R32 GT-R with modern electric technology, blending nostalgia with sustainability.

Nissan has debuted the all-electric R32 GT-R EV at the 2025 Tokyo Auto Salon. Without much to say, let’s explore the R32 EV’s features and innovations.

Classic Design Meets Modern Innovation

At first glance, the R32 EV resembles a standard R32 GT-R, finished in iconic Gun Grey Metallic. Subtle exterior updates include:

• Factory-inspired 18-inch wheels.
• Larger R35 GT-R brake rotors and calipers.
• Retained aerodynamic profile of the original.

The interior features a nostalgic yet modernized touch with a lot of features like:

• Custom Recaro seats.
• High-resolution digital screens which retain the original gauge profiles.
• Paddle shifters to emulate the manual gear shift experience.

Advanced Electric Performance

The R32 EV’s powertrain comprises twin electric motors, offering:

• Combined output of 320 kW (160 kW per motor).
• 680 Nm total torque.
• Faster torque vectoring and precise all-wheel-drive control.

The table below shows the main differences between the R32 EV and the original:

Specification	R32 EV	R32 GT-R
Weight (kg)	1,797	1,430
Motor/engine	Twin electric motors	RB26DETT
Max power	320 kW (combined)	206 kW (280 PS)
Torque	680 Nm	353 Nm
AWD system	Twin motor AWD	ATTESA E-TS

Sensory Engagement and Driving Dynamics

Despite being an electric vehicle, the R32 EV prioritizes the driving experience:

• Emulates the RB26DETT engine sound via cabin speakers.
• Simulates manual gear shift shocks through paddle shifter programming.
• Features upgraded suspension and modern sensors for superior handling.

The Nissan R32 GT-R EV is a masterpiece blending heritage with innovation. While it’s not heading to production, it showcases Nissan’s dedication to sustainable technology without sacrificing performance and legacy. This project paves the way for future EVs, bridging the gap between nostalgia and cutting-edge advancements.