carrozzieri-italiani.com

The ultimate italian coachbuilder site

The Fascinating History of the Bugatti EB110

Bugatti EB110

In the world of high-performance automobiles, few cars command as much intrigue as the Bugatti EB110. Brought to life by Italian entrepreneur Romano Artioli, the EB110 was a groundbreaking effort to revive the storied Bugatti name. Combining avant-garde engineering, meticulous design, and theatrical presentation, it was a car that set new benchmarks for what a supercar could achieve—both on paper and in practice.

Who Is Romano Artioli?

Romano Artioli is a visionary entrepreneur and car enthusiast who played a pivotal role in the revival of the Bugatti brand. Born in the Province of Mantua, he grew up in Bolzano, where he established himself as a key figure in the luxury and performance automotive world. In the 1980s, he managed the largest Ferrari dealership in the world, expanding his reach into northern and southern Germany.

Artioli’s expertise extended beyond Italian exotics. He entered the business of importing Japanese cars through his company Autexpò, which in 1982 became the first official importer of Suzuki vehicles in Italy. This venture bolstered his business acumen and financial resources, laying the groundwork for larger ambitions.

Bugatti EB110

A passionate admirer of Bugatti, Artioli joined forces with Ferruccio Lamborghini and Paolo Stanzani to resurrect the legendary French marque. Leveraging their credibility and Stanzani’s industrial expertise, Artioli negotiated with the French government, which controlled the Bugatti brand at the time. In 1987, he successfully acquired the rights to Bugatti, forming the Bugatti International holding company, with Jan-Krister Breitfeld as president.

The same year, Artioli and Stanzani co-founded Bugatti Automobili S.p.A., with Stanzani acting as sole administrator and technical director. Initially, Artioli took a backseat, not assuming a direct managerial role until 1990, when he became president of the company. However, deep-seated disagreements over business strategy led to Stanzani’s departure just as the Bugatti EB110 prototypes were nearing completion.

Romano Artioli’s Vision for Bugatti

The Bugatti marque, dormant since the mid-20th century, was revived in 1987 when Artioli acquired the rights. For Artioli, Bugatti was more than a brand; it was an embodiment of perfection and artistry. His vision was to resurrect the marque in a way that honored its legacy while propelling it to the forefront of automotive innovation.

Bugatti EB110

To that end, he established Bugatti Automobili S.p.A. in Campogalliano, Italy, a high-tech facility designed to reflect Bugatti’s meticulous ethos. Even the smallest details of the factory, from its architecture to its branding, were crafted to exude sophistication. Artioli’s pursuit of excellence extended to every facet of the operation, with no expense spared to ensure that the car would become a technological and artistic marvel.

The Bugatti EB110: Designed for Elegance and Performance

The design of the EB110 emerged after several high-profile proposals were reviewed. While initial sketches by Marcello Gandini offered an angular and aggressive aesthetic, Artioli found them inconsistent with Bugatti’s legacy of elegance. Additional proposals were considered, including contributions from Italdesign Giugiaro, Bertone, and Paolo Martin.

Ultimately, the task of finalizing the car’s design fell to Gianpaolo Benedini, who also oversaw the construction of the Campogalliano factory. Benedini reworked Gandini’s initial drafts, softening the harsh lines and introducing a more aerodynamic, timeless shape. The final design balanced modernity with subtle nods to Bugatti’s heritage, including a minimalist interpretation of the iconic horseshoe grille.

Artioli’s design philosophy for the EB110 drew inspiration from the weight-saving principles famously championed by Carrozzeria Touring, applying advanced materials and innovative techniques to achieve unparalleled efficiency and performance.

A Technical Masterpiece

At the heart of the EB110 was a 3.5-liter quad-turbocharged V12 engine, a marvel of engineering that delivered both raw power and remarkable sophistication. The engine, featuring five valves per cylinder (three intake, two exhaust), produced 553 horsepower in the GT model and 603 horsepower in the more aggressive SS variant.

This technological showcase included 12 individual throttle bodies, ensuring razor-sharp response. Engineered to operate at a stratospheric 8,600 RPM redline, the powertrain underscored Bugatti’s commitment to pushing the boundaries of what was mechanically possible.

Bugatti EB110

The engine’s advanced systems were paired with a six-speed manual gearbox, allowing precise control over the car’s immense power. To harness this energy, the EB110 employed a sophisticated all-wheel-drive system that delivered 27% of the torque to the front wheels and 73% to the rear. This rear-biased setup provided excellent traction while maintaining the dynamic feel of a rear-wheel-drive sports car.

The EB110’s chassis was equally advanced. Its carbon-fiber monocoque, developed in collaboration with aerospace specialists, was one of the first of its kind in a production car. This construction provided exceptional rigidity while keeping weight to a minimum. The suspension system, with double wishbones at all four corners, ensured precise handling and a planted feel at high speeds.

The car’s aerodynamics were optimized through extensive wind tunnel testing, with active features like a deployable rear spoiler that adjusted based on speed and braking inputs. All of this culminated in a car capable of 0 to 60 mph in just 3.2 seconds and a top speed of 218 mph, making it one of the fastest cars of its era.

A Spectacular Debut

The launch of the EB110 on September 15, 1991; Ettore Bugatti’s 110th birthday; was a spectacle befitting its ambitious design. The unveiling began in Paris, the birthplace of the original Bugatti marque, where a carefully choreographed celebration honored the brand’s heritage. Over 70 vintage Bugatti cars were displayed in a horseshoe formation, evoking both history and exclusivity. Thousands of guests, including dignitaries, journalists, and celebrities, were treated to an elaborate presentation that emphasized Bugatti’s past and future.

Bugatti EB110

After the Parisian festivities, the EB110 was transported to Molsheim, France, where Ettore Bugatti had established his original factory. There, the car was revealed to the public, symbolizing the brand’s return to its roots.

Artioli spared no effort in making the event memorable. From champagne receptions to grand dinners, the entire celebration reflected the opulence and ambition that defined the EB110 project.

Challenges and Legacy

Despite its technological brilliance, the EB110 faced significant challenges. The global economic recession of the early 1990s reduced demand for ultra-expensive supercars, and Bugatti’s ambitious production targets proved unattainable. Financial pressures mounted, exacerbated by Artioli’s overextension into ventures like the acquisition of Lotus.

Rumors of industrial sabotage and pressure from rival manufacturers added to the drama. Bugatti Automobili declared bankruptcy in 1995, having produced only 139 units of the EB110. The company’s assets, including the Campogalliano factory, were eventually sold.

Yet, the EB110’s legacy endures. It set the stage for modern Bugatti hypercars like the Veyron and Chiron, which adopted its pioneering use of carbon fiber, all-wheel-drive systems, and quad-turbocharged engines. The EB110 is now a highly coveted collector’s car, celebrated for its engineering prowess and historical significance.

Why the Bugatti EB110 Failed

The failure of the Bugatti EB110 was a tragic convergence of bad timing, overambition, and industrial intrigue. Romano Artioli’s vision for Bugatti included not just reviving the brand but also acquiring Lotus, creating a global network of luxury dealerships. While Lotus found modest success, Bugatti faced a rough start, worsened by external and internal challenges.

The EB110 launched in 1991, during a global recession that decimated the exotic car market. Bugatti aimed to sell 150 cars annually, but only 115 were produced over three years. Compounding this was the Black Monday crash in 1987, just as Bugatti Automobili was established, creating economic turbulence that hampered the brand’s revival.

Bugatti EB110

Behind the scenes, Artioli claimed sabotage: suppliers allegedly cut off deliveries under pressure from rivals, and even employees were rumored to have tampered with production. Adding to the turmoil, Suzuki terminated its distributorship deal with Artioli, cutting a critical revenue stream.

Ambitious projects, like the state-of-the-art factory in Campogalliano, drained resources, while Bugatti’s inability to meet supplier payments strained production. Despite a car that dazzled in engineering and design, the company’s collapse was a tale of overreach and misfortune. The EB110 remains a brilliant but brief chapter in Bugatti’s storied history.

A Bold Dream, A Lasting Impact

The Bugatti EB110 was a supercar born of audacity and innovation. Though its production run was short-lived, the EB110 remains a symbol of what is possible when visionaries push the limits of technology and design. Its story, marked by triumph and turbulence, encapsulates the essence of the Bugatti spirit: a relentless pursuit of excellence in the face of overwhelming odds.

5 1 vote
Article Rating
Subscribe
Notify of
0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments

In the early 20th century, as the automotive industry rapidly evolved, comfort and performance became crucial aspects of car design. One of the most significant innovations to emerge during this time was the Weymann system, a lightweight and flexible body construction technique that greatly improved passenger comfort by reducing noise and vibration. Originally created for aircraft fuselages, the system quickly found its way into the automotive world, where it was embraced by luxury car manufacturers. Several Italian coachbuilders, such as Carrozzeria Touring, Stabilimenti Farina, Ghia, Bertone, and Zagato, adopted the Weymann system, making it a hallmark of high-end automotive design in the 1920s.

The system’s inventor, Charles Terres Weymann (1889–1976), was an early aviation pioneer with a fascinating background. Although he spoke fluent French and was generally regarded as French, Weymann was born on August 2, 1889, to a wealthy American father and French mother while they were on a cruise ship traveling to Port-au-Prince, Haiti. He earned his pilot’s license in 1909 (#24 with the American Aero Club) and soon gained fame by competing in European aviation events, including winning the Gordon Bennett Cup at Eastchurch, on the Isle of Sheppey near London, in 1911. During World War I, he worked as a test pilot for the French airplane manufacturer Nieuport, earning prestigious honors such as the Chevalier of the Legion of Honour and the Croix de Guerre. After the war, he remained in France, where his aviation background inspired him to develop a flexible automobile body based on aircraft design principles.

By 1921, Weymann had built his first motor vehicle body prototype in his small Carrosserie Weymann at No. 20 Rue Troyon in Paris. His design employed an ultra-light ash framework, joined with innovative steel plates instead of traditional mortise-and-tenon joints. The wooden frame components were separated by greaseproof paper and spacers to eliminate squeaks, while fabric coverings—typically pyroxylin-coated synthetic leathers such as DuPont’s Zapon—provided the outer skin. This multi-layered construction reduced vibration and noise, offering an unprecedented level of passenger comfort.

Weymann’s designs also included practical innovations such as adjustable seatbacks, which could be positioned to suit either upright driving or a more reclined seating preference. Patented and licensed to coachbuilders, this feature became widely popular in luxury cars of the 1920s and 1930s. To gain attention, Weymann equipped high-end European chassis—such as Voisin, Panhard, Hotchkiss, and Delage—with his fabric bodies, building a reputation for lightweight yet durable designs.

Rolls-Royce Twenty Limousine Farina
The Rolls-Royce Twenty Limousine Farina with Weymann body

While Weymann’s Paris shop could only produce a small number of bodies, his system gained widespread adoption through licensing agreements. By 1923, he had formed a British subsidiary with Rotax, and by 1925, a factory was established in Putney, London, under the name Weymann’s Motor Bodies Ltd. Licensing offices followed in New York City and Cologne, Germany. By 1926, with 123 licensees worldwide, Weymann had amassed a fortune from his patents. In Italy, Carrozzeria Touring from Milan became the official licensee for the Weymann system, solidifying its reputation as a hallmark of high-end automotive design in the country.

Weymann’s attempts to penetrate the American market culminated in a partnership with Fred Moskovics of Stutz. Together, they launched the Weymann American Body Co. in Indianapolis in 1927. Although Weymann’s system was initially met with skepticism by American bodybuilders, the lightweight, flexible design was well-suited to enhancing performance. The system’s use of materials like linoleum, felt, and synthetic leather, combined with the absence of paint, enabled significant weight reduction—an estimated 400 pounds lighter than conventional bodies—leading to improved speed, fuel efficiency, and road performance.

Weymann’s groundbreaking designs not only elevated luxury car manufacturing but also demonstrated the innovative potential of cross-disciplinary inspiration, merging the principles of aviation and automotive engineering to redefine comfort and performance in the 20th-century automobile industry.

What is the Weymann System?

The Weymann body used high-quality ash wood for its frame, connected with steel plates at flexible joints that allowed movement without compromising strength. Unlike conventional mortised joints, these steel plates avoided weak points and were virtually unbreakable. To smooth corners, small metal panels were used, while muslin, cotton batting, and a final layer of synthetic leather (commonly Zapon) or fabric were applied to the frame. Straining wires maintained the body’s shape, even during stress. The body’s fabric covering was durable and resistant to dents and scratches. Zapon, a cotton cloth coated with multiple layers of lacquer, was particularly robust, capable of withstanding impacts that would damage metal. Repairs were also simple: torn fabric could be replaced easily at a fraction of the cost of repairing metal panels, and the covering could be refreshed or replaced without exceeding the cost of a traditional paint job.

This framework was then covered with layers of fabric, offering several advantages:

Noise Reduction: The flexible joints absorbed vibrations, significantly reducing the squeaks and rattles that were common in rigid-bodied cars of the era.

Lightweight Design: The use of a fabric covering and a flexible frame made Weymann-bodied vehicles much lighter. This reduction in weight improved performance, fuel efficiency, and top speed while lowering the car’s center of gravity, enhancing both safety and handling.

Comfort: By eliminating road noise and vibrations, Weymann bodies provided a smoother, quieter ride. Additionally, the seats and floorboards were bolted directly to the car’s frame, further insulating passengers from body vibrations. Weymann cars were known for their luxurious and practical features. Doors could be closed with minimal effort, operating silently without the need for slamming. Adjustable front seats ensured a perfect driving position for passengers of all sizes, while riding comfort was further enhanced by the body’s ability to cushion road shocks. The lowered center of gravity also contributed to smoother handling and a more stable ride.

Safety: A key advantage of the Weymann body was its weight distribution. By significantly reducing the weight of the upper part of the car (above the frame), the center of gravity was lowered, making the vehicle much more stable and less prone to rollovers. Tests showed that a Weymann-bodied car, such as a Stutz, could safely tilt nearly 50% more sideways than a conventional car without overturning. Despite its light weight, the Weymann frame was incredibly strong, with parallelogram-based sections at key points (windshield, center pillar, and rear quarter pillar) providing structural integrity. These frames were so durable that they could support the car’s weight if overturned.

Appearance: Weymann-bodied cars stood out for their distinctive, European-inspired elegance. In the U.S., these bodies were most often seen on Stutz chassis, adding an aristocratic flair to the vehicles. The fabric exterior also had practical advantages: it was dent-resistant, flexible, and maintained its polished appearance with simple cleaning. Zapon’s colored lacquer coating, which penetrated through the material, ensured that the finish retained its vibrancy and durability over time.

Performance: The Weymann system’s light weight enhanced every aspect of a car’s performance. Reduced chassis strain improved acceleration, top speed, and hill-climbing ability, while also increasing gas mileage and tire life. The streamlined construction reduced wind resistance, further boosting efficiency and speed.

Durability: Despite their lightness, Weymann bodies were exceptionally durable. The tough Zapon fabric resisted ordinary bumps and shocks, and even in the event of damage, repairs were straightforward and affordable. The construction’s simplicity and modularity made Weymann cars a practical choice for long-term ownership.

The Weymann System and Italian Coachbuilders

While the Weymann system originated in France, it was quickly embraced by several Italian coachbuilders, who refined and adapted it for their luxury clients. The first Italian manufacturer to license the Weymann system was Carrozzeria Touring.

Carrozzeria Touring played a major role in popularizing the Weymann system in Italy. Touring’s lightweight yet elegant designs used the Weymann system on models like the Fiat 509 and the Alfa Romeo 6C 1500. Touring’s expertise in combining luxury with innovation made them a perfect fit for incorporating the Weymann system, which enhanced passenger comfort by reducing road noise and vibration, while still maintaining the performance expected from high-end Italian cars.

Touring stand at the 1927 Milano Salon.

Stabilimenti Farina, another key Italian coachbuilder, was quick to adopt the Weymann system, using it to enhance both the comfort and elegance of their designs. Farina’s designs, like the Lancia Lambda Faux Cabriolet Farina and the Rolls-Royce Twenty Limousine Farina, exemplified the luxurious appeal of the Weymann system. These models showcased the ability of the Weymann system to create quieter, more comfortable rides for long-distance travel while maintaining the refinement expected from such prestigious marques. The system’s ability to absorb vibrations and reduce road noise made it especially popular among elite clients seeking comfort in addition to performance.

Ghia, renowned for its stylish, elegant designs, also incorporated the Weymann system into their vehicles, including a Fiat 509. The system’s flexibility complemented Ghia’s lightweight designs, contributing to a smooth and quiet ride—important qualities for the luxury market.

Bertone also used the Weymann system for some of their creations, such as the Diatto 20. Bertone’s designs were known for their lightweight construction and aerodynamic shapes, and the Weymann system further enhanced the performance and comfort of their vehicles, aligning with the brand’s reputation for innovation.

Zagato, known for its aerodynamic and lightweight designs, was another Italian coachbuilder that embraced the Weymann system. Zagato adapted the system to models like the Itala 61, ensuring that their cars not only looked stylish but also provided a smoother, quieter driving experience thanks to the system’s unique construction.

Better Alternatives: The Kelsch System and Garavini’s Innovations

As innovative as the Weymann system was, it had its drawbacks, particularly when it came to durability and the potential for structural failure over time. In response, some coachbuilders turned to alternative systems that offered similar benefits while addressing the limitations of the Weymann system.

One of the main alternatives to the Weymann system was the Kelsch system, which was licensed in Italy by Carrozzeria Casaro. The Kelsch system utilized a different approach by anchoring the body to the chassis at three points, reducing stress and improving durability. The system featured special woods and patented fasteners, along with imitation leather over wire netting for strength. By 1928, Kelsch had introduced aluminum alloy outer panels, allowing for more advanced spray-painting techniques, making it a more resilient option than the Weymann system.

Giovanni Boneschi, known for his perfectionist approach and critical eye, was one of the coachbuilders who moved away from the Weymann system after seeing its flaws. He believed that the Weymann system, while innovative, had inherent weaknesses, particularly the fragility of the fabric covering and the tendency for the bodywork to deteriorate over time. Boneschi adopted the Kelsch system, refining it further to enhance its strength, longevity, and durability, while still maintaining the system’s lightweight and flexible characteristics. This made the Kelsch system a more reliable alternative, addressing many of the concerns he had with Weymann’s design.

Carrozzeria Garavini developed an innovative alternative to the Weymann System, addressing early car body design challenges. At the 1927 Milan Salon, it introduced the Pluemelastica and Plumacciaio systems, featuring rubber dampers between the body and chassis for improved comfort. Hailed as “the only true novelty” of the event, the Garavini system enhanced rigidity, durability, and noise reduction. Using a fabric-and-celluloid sandwich structure, it offered lightness and flexibility while solving issues like body “unhooking” under stress, a flaw in the Weymann design.

The Decline of the Weymann System

Despite the early popularity of the Weymann system, its use began to decline by the late 1920s and early 1930s. While the system offered improved comfort and performance compared to traditional coachbuilding methods, it also had significant limitations.

The Weymann system was prone to rot if not maintained properly, and its fabric covering could be easily damaged. Additionally, the system’s design was vulnerable to harsh stresses, especially on rough roads. These drawbacks made it less practical as newer, more durable body construction methods emerged.

As car manufacturers began to develop more rigid and durable body designs, the Weymann system fell out of favor, and its use was phased out within a decade.

Though the Weymann system was short-lived, it played a significant role in shaping the development of luxury car design during a pivotal period in automotive history. Today, Weymann-bodied cars are still cherished by collectors, a testament to the innovation and craftsmanship of early 20th-century coachbuilding.