The Nissan GT-R Track Edition Offers Increased Stability and Power
Rahul Kalvapalle — September 27, 2016 — Autos
References: newsroom.nissan-europe & newatlas
The Nissan GT-R model has long been a highly feared vehicle in international race circuits, and this fear factor is only set to be boosted further with the introduction of the new and improved Nissan GT-R Track Edition, a vehicle that is based on the 2017 version of the GT-R family.
The Nissan GT-R Track Edition is well and truly a supercharged monster, and one that retains the 3.8-liter twin-turbo V6 engine of its predecessor. However, it now is capable of churning out an increased 562 horsepower as well as 470 pound-feet of torque. These specs are taken to their limit by the inclusion of aerodynamic re-engineering that allows this vehicle to absolutely roar through the track while still offer supreme control.
This is a track car that goes to show that intelligent design and engineering can allow for vehicles that are ridiculously fast but still stable in terms of handling.
The Nissan GT-R Track Edition is well and truly a supercharged monster, and one that retains the 3.8-liter twin-turbo V6 engine of its predecessor. However, it now is capable of churning out an increased 562 horsepower as well as 470 pound-feet of torque. These specs are taken to their limit by the inclusion of aerodynamic re-engineering that allows this vehicle to absolutely roar through the track while still offer supreme control.
This is a track car that goes to show that intelligent design and engineering can allow for vehicles that are ridiculously fast but still stable in terms of handling.
Trend Themes
1. Increased Power - The introduction of the new Nissan GT-R Track Edition showcases the trend of vehicles offering increased power.
2. Aerodynamic Re-engineering - The inclusion of aerodynamic re-engineering in the Nissan GT-R Track Edition indicates a trend in enhancing vehicle performance and speed through improved aerodynamics.
3. Intelligent Design - The Nissan GT-R Track Edition exemplifies the trend of intelligent design and engineering to create super-fast yet stable track cars.
Industry Implications
1. Automotive - The automotive industry can seize the disruptive innovation opportunity by exploring ways to incorporate increased power and aerodynamic re-engineering in future track car models.
2. Engineering - The engineering industry can explore disruptive innovation opportunities in designing and implementing intelligent design features in high-performance vehicles like the Nissan GT-R Track Edition.
3. Sports Performance - The sports performance industry can capitalize on the trend of intelligent design and engineering in track cars to create innovative training equipment and technologies for athletes.
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