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Giovanni Savonuzzi: the designer between Italy and USA

Giovanni Savonuzzi was an industrious researcher, exploring various solutions and concepts. As an engineer, he possessed the ability to harmoniously blend design and style, technological advancements, and creative ingenuity. He was a renowned designer of global significance, bridging the gap between two distinct realms. On one hand, he greatly admired the practicality and pragmatism of the American world, while on the other, he remained deeply connected to his Italian heritage, creating his most exquisite and renowned works for his native land.

The early years

After his father Ezio’s death in World War I, Giovanni Savonuzzi, who had completed his mechanical engineering degree at the Turin Polytechnic, found employment at Fiat Aviazione. His role involved conducting research and experiments in the fields of aerodynamics and turbine engines. When the Armistice of Cassibile was declared and the Italian Social Republic was proclaimed, Savonuzzi, along with numerous other FIAT technicians and managers, was recruited by the U.S. Office of Strategic Services. Their mission was to gather information and relay orders to the Allies and partisan groups. Tragically, Giovanni’s younger brother Alberto, who was an anti-fascist lawyer, was killed by the Nazis in the Caffè del Doro massacre in Ferrara on November 17, 1944.

Cisitalia

After the conclusion of the war, Savonuzzi was recruited by Piero Dusio to serve as the technical director for the newly established Cisitalia. This presented him with a valuable chance to enhance his expertise by engaging in discussions and working alongside notable figures in the automotive industry, including Dante Giacosa, Piero Taruffi, Ferry Porsche, Tazio Nuvolari, Rudolf Hruska, Carlo Abarth, and other exceptional technicians.

Savonuzzi’s initial venture involved collaborating with Giacosa and Taruffi on the creation of the “D46” prototype. This open-wheel single-seater featured a sleek tubular chassis and an engine sourced from the Fiat 1100, which was extensively modified to increase its power output twofold. Savonuzzi vehemently objected to utilizing an engine derived from a mass-produced vehicle for a racing car, instead advocating for the development of a brand new engine that he had already designed and executed.

Piero Dusio, on the other hand, disregarded the counsel of his director and instead pursued more ambitious investment strategies that revolved around the inaugural participation of the newly established Formula A, later rebranded as Formula 1, in the Grand Prix. As a matter of fact, several months down the line, Savonuzzi discovered that he was enlisted in a prominent and esteemed Italian-Austrian technical consortium, meticulously assembled by Dusio, with the purpose of constructing the Cisitalia 360 Grand Prix.

Paris Auto Salon 1948 - The Cisitalia 202 Cabriolet and Coupè and the D46

Savonuzzi’s masterpiece at Cisitalia is the “202” model, which is a road version of the “D46” car. It is widely regarded as one of the most beautiful cars of all time and has been showcased as a prime example of “sculpture in motion” at the Museum of Modern Art in New York since its inception. The creation of the “202” involved the collaboration of various individuals, but Savonuzzi played a crucial role in both its technical and aesthetic design. Working alongside Giacosa, he crafted the car’s innovative structure and sought input from Alfredo Vignale and Battista Farina for its visual appeal. The “202” introduced a significant stylistic breakthrough in car design, featuring a lower hood compared to the front fenders and a seamless surface extending from the passenger compartment to the tail. These groundbreaking design elements influenced the silhouettes of other highly successful models like the Lancia Aurelia B20 and the Alfa Romeo Giulietta Sprint.

He worked on several other projects for Cisitalia such as the 303 DF (the 202’s smaller sister) bodied by Stabilimenti Farina and Pininfarina. Later before joining Ghia, he designed the one-off Aston Martin DB2/4 Coupe for Allemano, which was one of the few projects not signed by Giovanni Michelotti for the Turin coachbuilder.

The exorbitant costs associated with the “360 Grand Prix” project ultimately led to Cisitalia’s financial downfall. As a result, Savonuzzi made the decision to establish his own automobile company, partnering with the skilled driver Virgilio Conrero. Their bond of friendship and professional respect, which had developed during their time at FIAT, prompted them to form the SVA (Società Valdostana Automobili) in Pont-Saint-Martin. This venture operated from 1948 to 1951 and managed to produce a Formula 1 car. Although the car performed poorly, it showcased a remarkably low weight of 375 kilograms and featured a small 820-cfm four-cylinder engine, which was supercharged with a vane turbocharger. These innovative characteristics foreshadowed the future Formula 1 single-seaters that would emerge three decades later.

Carrozzeria Ghia

The Gilda concept car

Savonuzzi started his collaboration with Carrozzeria Ghia after the unsatisfactory encounter at SVA. In 1954, Luigi Segre, the new owner and a former comrade during the Resistance, summoned him to assume the role of general manager, succeeding Mario Boano. Giovanni Savonuzzi effectively fulfilled this position for a duration of three years.

During this period, Ghia dedicated themselves to a period of extensive labor, resulting in the creation of numerous prototypes and show-cars for both Italian and foreign companies, with a particular focus on those from the United States. Notably renowned was the “Gilda” conceptcar, along with the sophisticated coupe line named “Supersonic.” These designs featured tubular chassis and were skillfully adapted to fit various models such as the Aston Martin DB2/4, DeSoto Adventurer II, Jaguar XK120, Fiat 8V, and Alfa Romeo 1900 chassis.

Savonuzzi working on the Chrysler Turbine Car

In addition to these projects, also during his time at Ghia, Giovanni Savonuzzi worked on the Chrysler Turbine Car with american designer Elwood Engel. Additionally, he showcased his creative prowess by designing numerous vehicles for American brands as part of Ghia’s long-term collaboration agreement. Notable examples include the Plymouth Explorer Special and the Chrysler 400 Superdart created in collaboration with designer Virgil Exner. His American-style design imprint was also carried over to Italian chassis such as the Alfa Romeo 1900C Super Sprint built in two limited series, the Ferrari 410 Superamerica one-off and the Ghia Nibbio II powered by Moto Guzzi.

from the U.S. back to Italy

In 1957, Savonuzzi was recruited by Chrysler and relocated to the United States. During his time there, he focused on designing and experimenting with various prototypes of cars equipped with turbine engines. This innovative solution was considered by many automakers at the time to be the future of the automobile industry. Returning to his home country, Dante Giacosa invited him in 1969 to lead the Fiat Research Center in Orbassano. In his final years at FIAT, Savonuzzi dedicated himself to training a group of technical experts in fuel and exhaust systems for both conventional engines and alternative powertrains. Their goal was to continuously reduce harmful and polluting emissions. After retiring in 1977, Savonuzzi turned his attention to teaching as a lecturer in Mechanical Engineering at the Turin Polytechnic.

Tragically, Giovanni Savonuzzi passed away in Turin on February 18, 1987, leaving behind his wife Rina and his daughters Giovanna and Alberta.

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The BMW M1 holds a unique place in automotive history. As the first production car from BMW’s Motorsport division, the M1 was intended to showcase the company’s engineering prowess and racing pedigree. However, despite its striking looks, impressive performance, and significant impact on the BMW brand, the M1’s journey was fraught with challenges, including financial turmoil, production delays, and regulatory hurdles. Today, the M division has evolved into a symbol of high-performance street cars, but the M1’s legacy remains one of both triumph and failure.

The Birth of BMW Motorsport

In 1972, BMW established its Motorsport Division, known as “M,” with the goal of advancing the brand’s competitive edge in the world of motorsports. Prior to this, BMW’s racing efforts were fragmented, with various teams involved in different categories but lacking a unified structure. This all changed when Bob Lutz, BMW’s head of sales and marketing, spearheaded the formation of BMW Motorsport. The division’s primary mission was to build competitive race cars and elevate the brand’s reputation, particularly in touring car racing.

BMW’s first major success in the motorsport arena came in 1973 with the BMW 3.0 CSL, which dominated the European Touring Car Championship. This victory cemented BMW’s position in the racing world. However, as the division grew, it became apparent that creating race cars from existing production models was unsustainable in the long run. The company needed a purpose-built race car, one that would push the boundaries of performance. This vision led to the creation of the BMW M1, a car that would become a defining symbol for BMW Motorsport.

Michelotti and the BMW Turbo Concept

Alongside the creation of the M division, BMW was developing the BMW Turbo, a concept car that would become a landmark in automotive design and technology. Designed by Paul Bracq, the Turbo E25 introduced bold new features, such as a mid-mounted engine, gullwing doors, and retractable headlights, marking a radical departure from BMW’s previous designs. The car represented a vision of the future, combining performance with cutting-edge safety features, and was intended as a technology showcase for the brand.

Initially, BMW contracted Carrozzeria Michelotti, to assemble the Turbo prototype. Giovanni Michelotti, famous for his work with a variety of automotive brands, established a 10,000-square-meter workshop dedicated to the Turbo project. Michelotti built two BMW Turbo prototypes in total, with one being showcased at the 1972 Frankfurt Motor Show. This partnership underscored BMW’s ambition for the car and its desire to create something truly revolutionary.

However, the timing of the project was unfortunate. The 1973 oil crisis caused a global economic downturn, dramatically increasing fuel prices and severely affecting the automotive industry, particularly for performance cars like the BMW Turbo. The crisis placed enormous financial strain on car manufacturers, and BMW was forced to reconsider its plans, including the costly decision to move forward with the Turbo prototype.

The Fallout and the Shift to Italdesign

As the crisis deepened, BMW was unable to fulfill its contract with Michelotti, and the planned collaboration was put on hold. Financial constraints led the company to reevaluate its spending, and resources allocated to the Turbo project were reduced. Michelotti’s specially built workshop, which had been prepared to assemble the car, remained underutilized as BMW shifted its focus.

However, the end of the oil crisis opened up new possibilities. Italdesign, the renowned design and engineering firm led by Giorgetto Giugiaro, came to BMW’s aid. In the years following the crisis, Italdesign purchased Michelotti’s workshop, which would become the production base for the BMW M1. Giugiaro’s expertise in design and engineering played a pivotal role in transforming BMW’s ambitious race car project into a road-going reality.

Giugiaro’s task was to refine the BMW Turbo E25 concept into a production car that could both meet the demands of motorsport and appeal to the consumer market. His design for the M1 retained the sharp, angular lines and futuristic profile of the Turbo, but with refined proportions to suit both racing needs and road-going practicality. The M1’s mid-engine layout, wide stance, and low roofline emphasized its racing pedigree, while its aggressive, sleek design ensured it would stand out as a supercar.

A Race Car for the Road

The BMW M1 was originally conceived as a Group 5 race car, competing against purpose-built machines like the Porsche 935. The project aimed to blend motorsport engineering with production cars, creating a race-bred vehicle that could also be sold to the public. To achieve this, BMW enlisted Lamborghini, to help with the development of the M1. Despite Lamborghini’s expertise in high-performance road cars, it lacked experience in motorsport, which ultimately led to complications during the project.

In the early stages, Lamborghini was tasked with developing the chassis and body of the M1, while BMW would provide the engine. However, Lamborghini’s financial troubles soon became apparent. The company was experiencing significant cash flow issues, and it ultimately misappropriated funds intended for the M1 project. In a dramatic turn of events, BMW was forced to reclaim the project’s components and tooling from Lamborghini, a move that involved a late-night raid to retrieve the M1’s parts. This disruption delayed the project and ultimately led BMW to take full control of the M1’s development.

The Engineering Challenges

Despite the setbacks, the M1 took shape as a highly capable performance car. The vehicle was powered by the M88 engine, a 3.5-liter, straight-six unit that produced 277 horsepower in its road-going form. This engine, derived from the racing program, provided the M1 with impressive performance, allowing it to rival other supercars of the era, such as the Lamborghini Countach and Ferrari 512 BB.

The M1 featured a mid-engine layout, which contributed to its excellent handling characteristics. The car’s design was primarily focused on its racing capabilities, making it relatively raw and unrefined for a road car. It lacked amenities such as power steering, and the cockpit was cramped, with the steering wheel offset to the right to accommodate the center-mounted engine. Despite these compromises, the M1’s performance on the road was outstanding, with acceleration and handling that earned it widespread praise from automotive journalists.

The Racing Struggles and ProCar Series

One of the most significant challenges the M1 faced was its inability to compete in mainstream racing. To homologate the M1 for Group 5 racing, BMW needed to produce 400 road cars. However, production delays meant that only 200 units were built in the first two years, preventing the car from racing in most major events.

In response, BMW created the ProCar Series, a one-make racing championship exclusively for the M1. The ProCar Series was unique in that it featured Formula One drivers competing against privateer M1 owners, creating an exciting spectacle at Formula One race weekends. Although the series generated interest and the M1 proved competitive in this setting, it was not enough to elevate the car into mainstream motorsport. Furthermore, the M1’s performance in ProCar did little to resolve its commercial issues.

Commercial Challenges and Production Woes

The M1 was also a commercial disappointment. Originally, BMW had intended to sell the M1 for around 100,000 Deutsche Marks, placing it in direct competition with supercars like the Lamborghini Countach. However, due to the disruptions caused by Lamborghini’s financial troubles and the increased cost of production, the M1’s price climbed to 113,000 Deutsche Marks. Even with this increase, the car was difficult to sell. BMW was only able to produce 399 M1s, well below the original goal of 1,000 units, making it a rare and expensive model.

Despite its high performance and exotic status, the M1 was a hard sell. Its design was too closely aligned with its racing origins, and its lack of creature comforts and high price point made it less appealing to the typical supercar buyer. Additionally, the car’s raw nature, with its lack of power steering and awkward driving position, alienated many potential customers. In the end, the M1’s commercial failure contributed to its relatively low production numbers and limited legacy as a production car.

Legacy and the Evolution of the M Division

Although the M1 was a commercial and racing disappointment, it laid the foundation for the success of BMW’s Motorsport division. The lessons learned from the M1 project helped shape future BMW M cars, starting with the iconic E30 M3. The E30 M3, developed as a more practical and accessible performance car, became a massive success in both motorsport and sales, marking the beginning of a new era for BMW M.

The M1 also solidified the link between BMW’s racing heritage and its high-performance street cars. Today, the M badge is synonymous with powerful, driver-focused vehicles, but it all traces back to the M1. The M1’s legacy is less about its financial success and more about its role in shaping the identity of BMW M as a division dedicated to performance engineering and motorsport excellence.

Conclusion

The BMW M1’s story is one of ambition, innovation, and hard lessons learned. It was a car ahead of its time, a race car designed for the road, and a symbol of BMW’s commitment to motorsport. While it never reached the commercial success BMW had hoped for, it played a crucial role in the development of the M division and set the stage for future performance cars. The M1 may not have been the financial success BMW wanted, but its influence on the brand and its impact on the automotive world cannot be overstated. Today, the M1 remains a revered classic, a testament to BMW’s racing heritage and the trials and triumphs of the M division.