www.carrozzieri-italiani.com

The ultimate italian coachbuilder site

The Maserati Chubasco: the cyber punk concept car designed by Gandini

The origin

On 14 December 1990, under the management of De Tomaso, on the anniversary of Officine Maserati, the “tridente” brand unveiled its new models.

Along with the Shamal, presented in its final form, and the “Racing” (a sports coupe derived from the Maserati Biturbo), Maserati unveiled also one of the most innovative and stunning prototypes in its history: the Maserati Chubasco which its production should have started two years later, becoming the most advanced and innovative super car of the Trident brand. Marcello Gandini, famous for having designed the world most extreme sports cars for Bertone, was commissioned the design and project of this very high performance car created with the most advanced technologies of the early nineties.

A functional "Cyber Punk" design by Marcello Gandini

From the very first, it was immediately clear that the Chubasco would become a truly revolutionary car in every aspect. Technology and mechanics were under a futuristic designed cyber punk body, which aerodynamics were developed with the aim to make the Chubasco a high performance car.

A design that could have come straight out of the anime movie "Akira"

Some oscillating supports separated the lower structure (the chassis and mechanics) from the upper part (the body), isolating the occupants from the vibrations reducing the noises.

Scissors doors allowed an easy access, with windows created to maximize lateral visibility, usually very poor in mid-rear engine cars. The Chubasco features some innovative technical solutions, such as the engine hood which can be open electric in order to cool down the engine for an improved performance. The car also features a Targa roof.

After the first tests, the Maserati technicians thought of a chassis that would allow the a big air flow inside the cooling ducts of the main mechanical parts, like the engine, turbines, radiators and so on. So, after careful studies, it was decided to use a particular chassis with a central crosspiece leaving only a rigid central structure around on which all the components of the car were mounted.

This prototype features a central rear engine and support frames for the suspension derived directly from formula 1. The anchor points of the chassis were connected to the wheels with a push rod system at the front and with a pull rod at the rear, with solutions typical of racing cars, and air flow intakes for a better handling.

The engine was the eight-cylinder with 90 ° V, 3,217 cc with four-shaft distribution and 32 valves already mounted on the Shamal.

Designed to improve the car’s aerodynamic flows, the numerous air intakes cooled the car’s critical components, such as the braking system and the mechanical components of the engine, also giving it greater handling. The front had three main intakes: one central and two on the side. Just the side of the car carried out a fundamental calculation for aerodynamics, conveying the air towards the rear radiators and the engine compartment, with two rear vents that allowed the hot air to escape while increasing the aerodynamic load on the rear axle.

The flat bottom of the car and the particular F1 style rear extractors generated a ground effect, which further emphasized the dynamic performance of the Maserati Chubasco.

The name Chubasco is a sea storm that with its impetuous winds and violent rain showers scourges some areas overlooking Central America.

Conclusions

For the first time in the history of the Maserati brand, the Trident presented a mock up (non-running car) rather than an actually drivable prototype with many innovative solutions that were then taken up for future models

A road version of the Chubasco, which was originally scheduled for debut in 1992, given the many innovative solutions, would have cost too much, so production was aborted.

The Chubasco is part of the Panini collection.

0 0 votes
Article Rating
Subscribe
Notify of
0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments
Aspark SP600

In a landmark achievement, the Aspark SP600, a production intent prototype hypercar, has become the world’s fastest electric hypercar, clocking a remarkable top speed of 438.7kph. This record-breaking feat was realized through the dedicated efforts of Manifattura Automobili Torino (M.A.T.) in collaboration with tire specialist Bridgestone and driven by professional racer Marc Basseng.

A Vision Realized

The Aspark SP600’s journey to this historic moment began with the vision of Aspark CEO Masanori Yoshida, whose company had previously set benchmarks with the Aspark Owl, renowned as the fastest accelerating electric hypercar. For this new project, Aspark once again partnered with M.A.T., entrusting them with the development and manufacturing of a hypercar capable of shattering the world top speed record for electric vehicles.

Collaboration and Innovation

To achieve this extraordinary speed, M.A.T. sought the expertise of Bridgestone to develop a custom-engineered tire. Bridgestone rose to the challenge with bespoke Potenza Race tires designed specifically for the SP600, ensuring they could handle speeds exceeding 420kph while managing the vehicle’s weight and driving dynamics.

The SP600 underwent rigorous testing at M.A.T.’s headquarters in Torino, Italy. This included extensive virtual and physical evaluations, wind tunnel validation, and numerous track testing sessions. M.A.T. meticulously handled the vehicle’s complete development, from powertrain and software integration to suspension and chassis design, as well as software calibration and the bespoke battery’s design and production.

Record-Breaking Achievement

On June 8th, during the second attempt of the day at Automotive Testing Papenburg, Marc Basseng flawlessly piloted the Aspark SP600 to its record-breaking speed of 438.7kph. This achievement was precisely measured using the certified Racelogic V-Box, a high-precision GPS-based device provided by the ATP proving ground.

The event was attended and supported by numerous marketing and premium partners, including the Supercar Owner Circle, who backed the attempt from its inception. Key executives from Aspark, M.A.T., and Bridgestone were present to witness this monumental accomplishment.

Statements from Key Figures

Masanori Yoshida, Aspark CEO: “It has been about 10 years since we started making the OWL Hypercar. We aimed for the world’s Fastest Acceleration car, and then attempted and achieved the top speed world record today. This technical capability inspires all involved to personal excellence and to challenge and grow in leaps and bounds into the future.”

Steven De Bock, Bridgestone VP EMEA Sales and Original Equipment:
“It was a big excitement on this first attempt for the record, which we immediately saw the potential of the cooperation between the car and tires. The whole team at Bridgestone worked extremely hard to deliver this project in such a short period, another testimonial of our technical capabilities and how we cooperate with our partners.”

Paolo Garella, M.A.T. CEO and Founder:
“This record represents a milestone in the continued growth of M.A.T., a company that today represents the best of the Italian tradition in the automotive industry. In 10 years, we have developed more than 11 full vehicle projects and we have demonstrated that with the right resources we are second to none. I am very proud of my team and also extremely happy to reach this milestone in the anniversary of the 10 years of foundation of M.A.T. A special thank you to Aspark’s CEO Mr. Masanori Yoshida for his vision, support, and trust in M.A.T., and to the Bridgestone team for taking on the challenge and supporting with their most advanced technology this record attempt.”

Exclusive Interview with Riccardo Garella

In an exclusive interview, Riccardo Garella, Sales and Marketing Manager at M.A.T., provided insights into the development process of the Aspark Owl. Watch the full interview on our YouTube channel here.

This historic achievement not only sets a new benchmark in the electric hypercar segment but also underscores the capabilities and potential of electric vehicles in pushing the boundaries of speed and performance.