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The BMW Nazca M12 project by Italdesign

BMW Nazca M12

In the dynamic landscape of automotive design and engineering, the early 1990s saw the emergence of a groundbreaking collaboration between two industry giants Giorgetto Giugiaro’s Italdesign and BMW. The result of this union was the BMW Nazca M12, a vehicle that not only pushed the boundaries of aesthetics but also showcased technological innovations that set it apart from its contemporaries.

Background and Genesis of the Nazca Project

The Nazca project’s origins can be traced back to 1990 when the workload of the seasoned Giorgetto Giugiaro prompted him to pass the torch to his son, Fabrizio. At the tender age of 25, Fabrizio found himself at the helm of a project that would redefine the intersection of form and function in automotive design. The Nazca M12 made its debut in 1991 at the Tokyo Motor Show, revealing a design influenced by the Bugatti ID 90 concept unveiled a year prior.

The Bugatti ID90

As Fabrizio Giugiaro stepped into the role of lead designer, a unique dynamic unfolded during the collaboration with BMW. Recollections of bi-weekly meetings with a room full of 15 German engineers underscored the gravity of the project. The Nazca M12 was conceptualized even before the BMW 850, utilizing a pre-production engine that was still in the experimental phase.

The Aesthetic Marvel: Design Philosophy and Inspirations

The Nazca M12’s aesthetic appeal drew inspiration from the sleek lines and aerodynamic features of Group C race cars. This influence permeated every aspect of the design, from the pronounced curves to the streamlined silhouette. The 12-cylinder BMW engine, placed centrally, became both a visual centerpiece and a testament to the collaboration’s commitment to performance.

BMW Nazca M12

The BMW 12-cylinder engine, a technological marvel in its own right, was shrouded in secrecy during its development. An engineer, bound by confidentiality, constructed the engine in his own home. This clandestine approach not only highlighted the groundbreaking nature of the project but also added an air of mystique to the Nazca M12.

One of the Nazca M12’s defining features was its complete carbon fiber construction. Italdesign’s bold decision to utilize this lightweight yet robust material marked a paradigm shift in automotive manufacturing. The monocoque chassis, crafted from a single carbon fiber piece, contributed to the car’s svelte weight of 1,100 kg.

BMW Nazca M12

The gull-wing door mechanism, initially perceived as a theatrical touch, was a functional solution to the car’s low height. The glass engine cover, providing a mesmerizing view of the 5.0-liter V12 engine shared with the BMW 850i (Rumors suggest that its design is credited to Pininfarina, leading to alterations to accommodate the Ferrari 456 – read the story), added a layer of sophistication to the Nazca M12’s exterior.

Innovations Beyond Aesthetics

The BMW Nazca M12 was not merely a visual spectacle; it was a technological tour de force. It boasted the distinction of being the first car to feature ABS, anti-skid, and an adjustable suspension system: a testament to its commitment to both safety and performance. These innovations showcased the foresight and engineering acumen that characterized the collaboration between Italdesign and BMW.

The incorporation of BMW components into the interior of the Nazca M12 by Italdesign served a dual purposeç demonstrating the adaptability of German engineering and conveying the feasibility of mass production to BMW. By seamlessly integrating elements from BMW’s E36 series, such as the climatizer and onboard computer, into the Nazca M12, Italdesign showcased the versatility of BMW’s technology. This strategic utilization not only illustrated the seamless compatibility of German engineering components within the Nazca M12 but also sent a clear message to BMW regarding the ease of mass-producing this collaborative masterpiece. Moreover, the collaborative synergy extended beyond the E36 series, with Italdesign sourcing additional components from BMW’s existing lineup. Headlights and indicators, for instance, were borrowed from the BMW Z1 and the BMW GS80 motorbike, further emphasizing the collaborative bond between Italdesign and BMW. These choices were not arbitrary; instead, they were deliberate selections aimed at demonstrating the practicality and ease with which the Nazca M12 could be integrated into BMW’s existing production frameworks.

Evolution of the Nazca: The C2

A year after the Nazca M12’s debut, the evolution continued with the introduction of the Nazca C2 in 1992. This variant featured a redesigned front, relocating the headlamps beside the kidney grille, and a modified engine. Notably, the involvement of German manufacturer Alpina in the project added a new dimension to the Nazca C2’s performance capabilities.

Alpina’s contribution to the Nazca C2 included a modification of the engine, resulting in an additional 49 horsepower. This enhanced engine, shared with the Alpina B12 5.0, elevated the Nazca C2’s performance to new heights. The C2 also featured fixed racing seats and three rear spoilers, signaling its race-inspired status.

Beyond aesthetic modifications, the Nazca C2 boasted a claimed weight reduction of 100 kg compared to its predecessor. This reduction, coupled with the performance enhancements, transformed the driving dynamics of the Nazca C2, making it a worthy successor to the original M12. Also a Spider version was made.

Legacy and Limited Production

Despite the groundbreaking design and technological advancements, the Nazca M12 remained a rare gem in the automotive landscape. Originally intended as the official successor to the BMW M1, only three units were produced, each becoming a collector’s item. The original showcar is part of the Giugiaro Collection.

Today, these limited-edition vehicles stand as a testament to the indomitable spirit of collaboration between two automotive powerhouses. The BMW Nazca M12, a symphony of artistry and engineering excellence, continues to captivate enthusiasts and collectors alike with its enduring legacy. Its rarity, coupled with its technological innovations and avant-garde design, ensures that the Nazca M12 remains a coveted piece in automotive history.

Conclusions

The BMW Nazca M12 stands as a testament to the limitless possibilities that emerge when Italian creativity intertwines with German precision. Its design, influenced by Group C racing, pushed the boundaries of conventional aesthetics. The use of carbon fiber and the incorporation of cutting-edge technologies showcased a commitment to innovation. The Nazca C2, with its evolution, added another layer to the legacy, solidifying the collaborative efforts between Italdesign and BMW.

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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.