EVzilla: A Bold Electric Evolution of the Iconic Skyline GTR

A Modern Take on an Automotive Icon 

In Albuquerque, New Mexico, car enthusiasts Eric and Amanda Dotson have made a mark in the automotive world with their groundbreaking project—EVzilla. As the owners of Evolved Imports and SQC Tuning, the Dotsons are known for pushing the limits of performance in the car modification scene. Now, their most recent project, EVzilla, a reimagined 1990 Nissan Skyline GTR, stands as a testament to the Dotsons’ dedication and passion for their craft. 

Born out of Eric’s early foray into the automotive world, where he put himself through college working on car audio systems, the journey evolved into a deep exploration of performance enhancements. In 1999, Eric delved into tuning with his first turbocharged Honda, marking the inception of his love for pushing the boundaries of conventional automotive performance.

Since the establishment of SQC Tuning in 2007, Eric Dotson has been at the forefront of tuning, working on an array of vehicles from small, quirky builds to high-performance beasts. The transition to tuning professionally occurred in 2014 when Eric left his day job to fully immerse himself in the world of automotive performance.

EVzilla, however, represents a paradigm shift in the Dotsons’ automotive journey, although not a surprising one. After all, they’ve put a Honda V6 in the back of a VW bus, crammed a 2JZ under the hood of a 240z, and according to Amanda, they love placing motors where they don’t belong.

The decision to electrify the iconic Nissan Skyline GTR was a strategic move to be at the forefront of an industry undergoing a seismic shift towards electric power and also pays homage to Eric’s nostalgia for the imports of his childhood. The project, executed over an intensive five-month period at Evolved Imports, has garnered attention not only for its electrifying performance but for the meticulous attention to detail.

The decision to electrify the iconic Nissan Skyline GTR was a strategic move to be at the forefront of an industry undergoing a seismic shift towards electric power…

The Evolved Imports team undertook the intricate task of performing a dual motor swap using a 2018 Tesla Model S P90D dual motor system. The result—a powerhouse boasting 762 horsepower and 713 lb-ft of torque. Custom-fabricated motor and transmission mounts, courtesy of EVI, ensure optimal integration of the electric powertrain, demonstrating the team’s engineering prowess.

Sixteen 5.3 kWh Tesla modules are on battery duty, disturbed throughout the vehicle for optimal weight distribution and culminating in a total of 85kWh of battery capacity. In particular, the front battery box is a stand-out, reminiscent of the inline-six valve cover that once powered this classic ride.

Beyond the powertrain, the transformation extends to every facet of EVzilla. The chassis and suspension underwent some serious customization to accommodate the newfound electric power. Ohlins Coilovers, a custom EVI rear-cradle, and Dutchman Axles EVI spec contribute to the vehicle’s exceptional handling characteristics.

The exterior of EVzilla, painted in the captivating Toyota Voodoo Blue by Next Level Paint, reflects Eric’s discerning taste. Carbon fiber accents, a Jun body kit, Nismo N1 headlights, and custom LED tail lights further showcase a marriage of aesthetics and aerodynamics.

Inside the cabin, Recaro SP1 seats, an AEM CD-5 display, a Tesla A/C system, and a host of audio components from Jl Audio contribute to a driving experience that seamlessly blends comfort and technology.

The journey of EVzilla culminated in its debut at SEMAfest 2023, marking a pivotal moment for Eric Dotson and his team. However, this is just the beginning. The Dotsons have a roadmap for EVzilla, planning a tour around the country to showcase the potential of their electrifying creation at various events.

As EVolved Imports reflects on the challenges encountered during the EV conversion,they emphasize the importance of a supportive network and the invaluable assistance from collaborators such as ReVolt Systems and Legacy EV.  Dotson’s journey goes beyond building fast cars; it’s about shaping a future where high-performance EVs become the standard, and EVzilla showcases what is achievable at the intersection of nostalgia, new technology, and the pursuit of excellence.

SPECS

OWNER:

Eric & Amanda Dotson
Location: Albuquerque, NM
Year, Make, Model: 1990 Nissan Skyline GTR
Vehicle Name: EVzilla
Club Affiliation: N/A
Overall Vehicle Weight: 3520 lbs
Amount of Time to Build: 5 months
Cost to Build: 100k
Occupation: Owners of Evolved Imports & SQC Tuning

Motor/Drivetrain

Motor Swap Performed By: Evolved Imports
Motor Drive Unit Year, Make, Model:  2018 Tesla Model S P90D dual motors
Horsepower: 762hp
Torque: 713tq
Motor/Transmission mounts: EVI fabricated
Control Software EV Controls T2C
60-ft time TBD
¼ mile time: Shooting for 9’s
Batteries: (16) Tesla 5.3kWh Gen 2 modules

Chassis/Suspension

Installation Shop: Evolved Imports
Lift/Lowering Kit: Ohlins Coilovers
Rear Cradle: Custom EVI
Axles: Dutchman Axles EVI spec

Wheels, Tires & Brake

Front Wheel Brand, Size, Width, Backspacing: Volk Racing TE37 17×9.5
Front Tire Brand and Size: Hankook Ventus RS3 255/40ZR17
Rear Wheel Brand, Size, Width, Backspacing: Volk Racing TE37 17×9.5
Rear Tire Brand and Size: Hankook Ventus RS3 255/40ZR17
Front Brakes: AP Racing 6 piston Big Brake kit
Rear Brakes: Brembo Big Brake kit
Brake Booster: Tesla Gen 1 ebooster

Body/Paint

Paint Shop: Next Level Paint
Color: Toyota Voodoo Blue
Grille: Carbon Fiber
Body Kit: Jun
Hood: HOVE
Trunk: FRP
Headlights: Nismo N1
Taillights: Custom Led
Rear Splitter: Trust Carbon Fiber

Interior

Install Shop: Evolved Imports
Seats: Recaro SP1
Gauges: Aem CD5, Dilithium BMS Display, Ipad Mini T2C
Steering wheel: Momo
A/C System: Tesla
dash: Alcantra
Radio Head unit: Alpine
Subwoofers: Jl Audio
Amplifiers: Jl Audio
Speakers: Jl Audio

Sponsors and Special Thanks

Sponsors: Next Level Paint (NM), Butlers Recycling (FL), EVRacing (ebay)
Thanks: Bill & Cheri Dotson, Arthur Fischer, Michelle Campos, Amanda Campos, Brian Willson, Jerry Stratton, Matt Gassner, Doug Shaw, Sebastien Deutsch, Nick Bledso, Mike Montoya, Roman Gutierrez, Greg “Snow” Snowden, Lawerance Sena, Legacy EV, Evcreate, Revolt Systems, Roc La Lu, House of Covers (NM), SQC Tuning, STC Automotive, SRD Mechanical.

FREQUENTLY ASKED QUESTIONS

Why is electrification important for the next-generation GT-R?

Electrification is crucial for the evolution of the next-generation GT-R, melding high performance with sustainability. As the automotive world shifts toward electric vehicles (EVs), the GT-R needs to keep pace with cutting-edge technology to maintain its reputation as a high-performance vehicle.

Performance and Efficiency

Transitioning to electric power not only aligns with the trend of cleaner, more sustainable transportation but also enhances the car’s performance metrics. Electric drivetrains provide immediate torque, which is essential for a supercar’s acceleration capabilities. This ensures that the GT-R remains competitive on and off the track.

Advanced Battery Technology

For a next-gen GT-R to excel, it must feature long-range and high-endurance capabilities. By adopting advanced battery technology, such as solid-state batteries, it can achieve significant weight reduction compared to traditional batteries. This results in a car that’s agile and efficient, offering the best of both worlds—speed and endurance.

Innovation and Legacy

Historically, the GT-R has been a symbol of technological innovation, showcasing cutting-edge developments. Embracing electrification allows the GT-R to act as a platform for the latest advancements in automotive technology, ensuring its legacy continues in a rapidly evolving market.

In conclusion, electrification not only helps the GT-R meet environmental standards but also reinforces its standing as a leader in performance and innovation, paving the way for a sustainable yet thrilling driving experience.

What are the expected technological advancements in the upcoming electric GT-R?

The upcoming electric GT-R promises to revolutionize the performance car landscape through significant technological leaps. Here’s what you can expect:

• Formula E Insights: Years of experience in Formula E racing equip engineers with invaluable insights that will be integral to the GT-R’s design. These learnings, focused on achieving high performance, are essential for creating an electric vehicle capable of enduring both track and regular driving conditions.
• Solid-State Batteries: Central to the electric GT-R’s innovation will be the use of solid-state batteries. These batteries are being developed for their enhanced energy density, providing greater range and longevity while maintaining a lighter weight—critical for a performance-focused supercar.
• Cutting-Edge Design: Concepts like the Hyper Force hint at what’s to come: a striking angular design with a powerful electric drivetrain. Expect a supercar boasting over 1,000 kW and inspired by the classic GT-Rsilhouette, though the exact design might evolve by the time it hits the market.
• Next-Gen Drivetrain: The anticipated drivetrain, featuring over 1,341 horsepower, suggests a focus on not just speed but also precision and control, leveraging the instant torque of electric motors to redefine performance metrics.
• Innovative Aesthetics: Design elements such as futuristic taillights and a modernized emblem point towards a blend of heritage and advanced technology, ensuring the GT-R retains its iconic status while embracing the future.

Overall, patience will be key, as the electrifying transformation of this legendary model is expected towards the latter part of this decade. By then, we’re likely to see a GT-R that embodies a new era of automotive excellence.

What is the future of the Nissan GT-R supercar as of 2024?

The Future of the Nissan GT-R Supercar as of 2024

As 2024 unfolds, it marks a pivotal moment for the renowned GT-R sports car, especially in the U.S.. This year signifies the culmination of an era for this iconic vehicle. So, where does “Godzilla” go from here?

Electrification: The Next Chapter

The next iteration of the GT-R is expected to embrace an electrified future. This transition aligns with the automotive industry’s broader shift towards electric vehicles (EVs) and away from traditional internal combustion engines. Given that the company is no longer developing new petrol engines and the current VR-series twin-turbo V-6 has reached its conclusion, electrification seems inevitable.

Leveraging Formula E Experience

The brand’s involvement in Formula E hints at the future direction for the GT-R. The learnings from these electric racing ventures are likely to spill over, especially in enhancing the performance and efficiency needed for a supercar. Any future electric GT-R must not only boast solid performance on the track but also offer durability and respectable range for everyday usability.

Cutting-Edge Technology

Historically, the GT-R has served as a showcase for advanced automotive technology. It is poised to adopt solid-state battery technology, which is in development and projected to be available in street cars by the late 2020s. These batteries promise enhanced performance and efficiency.

Conceptual Insights

Recent concept vehicles have revealed hints about the GT-R’s evolution. Notably, a recent design featured an angular body akin to the GT-R’s signature look and a highly powerful electric drivetrain. Although these concepts provide insight into potential design directions, the final look and technological underpinnings remain speculative.

Anticipation and Timeline

For those eagerly awaiting the next GT-R, patience will be key. The next-generation GT-R, fully electric and brimming with innovation, is anticipated to debut towards the close of the decade, possibly around 2029. The price tag is estimated to be around $180,000, reflecting its high-performance pedigree and cutting-edge features.

In summary, the future GT-R will continue its legacy as a technological trailblazer, stepping boldly into an electrified era while upholding its high-performance heritage.

What are the possible design and powertrain features of the electric GT-R concept?

Imagining the Electric GT-R: Design and Powertrain Features

The electric GT-R concept teases enthusiasts with a futuristic vision. At the heart of its design is a supercar that mirrors the iconic GT-R silhouette, characterized by sharp, angular lines that promise both speed and sophistication.

Key Design Features

• Aerodynamics and Styling:The car flaunts a modern, aerodynamic shape tailored for high performance. Its taillights offer a fresh twist on the classic GT-R, maintaining a connection to its revered lineage.
• Logo and Badging:A pixelated emblem adorns the front, subtly hinting at its heritage while embracing a new, electric identity.

Powertrain Innovations

• Electric Drivetrain:Underneath the sleek exterior is a formidable 1,000-kW (1,341-hp) electric motor, ensuring that the GT-R retains its reputation for staggering power.
• Battery Technology:Feeding this powerhouse is a cutting-edge solid-state battery pack, designed to maximize both output and efficiency.

While these elements provide a glimpse into what might be, the final design and technological underpinnings remain a mystery. However, it’s evident that this concept aims to merge tradition with innovation to redefine high-performance electric vehicles.

What is the significance of the Hyper Force concept car in relation to the future GT-R?

The Significance of the Hyper Force Concept Car for the Future GT-R

Last year, a groundbreaking concept car was unveiled that has the automotive world buzzing about the future of the iconic GT-R. Dubbed the Hyper Force, this concept illustrates a bold vision, hinting at what the GT-R could evolve into.

Electric Powertrain with Striking Performance

At the heart of Hyper Force is an impressive 1,341 horsepower electric drivetrain, powered by a cutting-edge solid-state battery. This configuration showcases a commitment to merging supercar performance with sustainable technology, potentially setting a new standard for electric high-performance vehicles.

Design Elements Rooted in Tradition

Aesthetically, the Hyper Force embodies a sleek, angular design reminiscent of past GT-R models while pushing boundaries with innovative flair. The taillights present a modern twist on the traditional look, and a pixelated emblem suggests a connection to its storied lineage.

A Glimpse into the Future

While it’s still a concept, the Hyper Force conveys a strong vision of where the GT-R could be heading. Although some elements may transform as the design matures, and the platform specifics are yet to be unveiled, this concept underscores the type of forward-thinking approach that could steer the GT-R’s evolution.

In conclusion, the Hyper Force stands as a significant indicator of future paths, signaling a blend of cutting-edge technology and homage to tradition for the next GT-R reincarnation.

What are the reasons behind Nissan’s decision to stop developing new internal combustion engines for the GT-R?

Reasons Behind the Decision to Stop Developing New Internal Combustion Engines for the GT-R

Organization’s strategic pivot away from crafting new internal combustion engines for the GT-R can be attributed to several key factors.

Environmental Regulations and Trends

The automotive industry’s shifting landscape, driven by stricter global emissions regulations and the rise of eco-conscious consumers, plays a significant role. With governments worldwide tightening emission standards, traditional engines are increasingly seen as less sustainable, prompting a transition towards greener alternatives.

Evolution of Technology

Another compelling reason lies in the evolution of automotive technology. Electrification is at the forefront of innovation, with electric and hybrid vehicles gaining traction due to their efficiency and reduced environmental impact. The existing V-6 engine, though powerful, is no longer regarded as cutting-edge technology when compared to newer, more sustainable powertrains.

Market Demand and Consumer Preferences

Consumer preferences are rapidly evolving, with a growing demand for vehicles that offer not only performance but also sustainability. The GT-R, as an iconic performance car, faces pressure to adapt to these changing expectations. Hybrid and electric systems provide a path to continue delivering high performance while aligning with modern consumer values.

In summary, the decision to halt the development of new combustion engines is driven by a combination of regulatory pressures, technological advancements, and a shift in market demand towards more sustainable automotive solutions.

How does Nissan’s experience in Formula E racing influence the development of the next GT-R?

How Nissan’s Formula E Experience Shapes the Future GT-R

Nissan’s deep involvement in Formula E racing plays a pivotal role in developing its next-generation supercar, the GT-R. The team’s engineers are focused on more than just racing achievements; they are harnessing vital insights from the track to influence future vehicle performance and innovation.

Key Benefits

1. Cutting-Edge Technology
   Participation in Formula E allows Nissan to experiment with advanced technologies under the pressures of competitive racing. These innovations, particularly in battery efficiency and electric motor performance, are directly transferrable to their road-going counterparts.
2. Enhanced Performance
   The high-speed demands of the racetrack offer a perfect testing ground for enhancing vehicle performance. The knowledge gained ensures that the GT-R benefits from improved aerodynamics, power delivery, and handling—key elements of a supercar’s allure.
3. Sustainability Integration
   Formula E is at the forefront of sustainable racing. The lessons learned support Nissan’s broader commitment to environmentally friendly vehicles, further integrating eco-friendly technologies without compromising performance in the GT-R.
4. Driver-Centric Innovations
   Racing insights help tailor driver-assistance systems and user-interface enhancements for a more engaging driving experience.

Innovation in Action

With each Formula E season, the continuous feedback loop between track and road amplifies the GT-R’s appeal, blending the thrill of racing with cutting-edge technology. As Nissan refines its techniques and components, the future GT-R promises to reflect these advancements, setting new standards in performance and innovation.

What is the estimated price for the upcoming electric GT-R?

The anticipated price for the forthcoming electric GT-R is projected to be around $180,000.

When is the next fully electrified GT-R expected to be released?

The next fully electrified GT-R is anticipated to debut towards the close of the 2020s, possibly later.

What is the likelihood of the GT-R incorporating solid-state batteries?

The likelihood of the GT-R incorporating solid-state batteries is quite promising. Given the GT-R’s history as a platform showcasing the latest innovations, it’s reasonable to expect it will utilize solid-state battery technology. This type of battery is known for offering improved range and endurance while maintaining relatively low weight, crucial attributes for a performance vehicle that needs to excel both on and off the track. With many automakers focusing on solid-state batteries, aiming for a rollout in consumer vehicles within the next few years, the GT-R is positioned to harness this cutting-edge technology potentially by 2028.