Bugatti EB 110
The Bugatti EB110 arrived in 1991 with a clear ambition. It would revive the Bugatti name and place it back at the top of the performance world. This was not a nostalgia project. It was a clean start, backed by modern engineering and a willingness to push limits.
The origin of the EB110 begins with Romano Artioli, an Italian entrepreneur who acquired the Bugatti brand in the late 1980s. He chose to build the car in Campogalliano, Italy, creating a new factory designed specifically for this project. The name EB110 marked what would have been Ettore Bugatti’s 110th birthday. The car carried that legacy, but everything about it was forward looking.
Development brought together a strong group of engineers and designers. Early work involved Paolo Stanzani, but the final engineering direction came under Nicola Materazzi. The design was handled by Marcello Gandini at first, then refined by Giampaolo Benedini to meet aerodynamic and structural goals. The result is a shape that feels compact, clean, and controlled. It avoids excess. Every intake, vent, and surface serves cooling or airflow.
The chassis was a major step forward. Bugatti used a carbon fiber monocoque, developed with aerospace input. At the time, this was rare in a road car. It provided high rigidity while keeping weight in check. Aluminum subframes supported the suspension and drivetrain. This structure allowed the car to handle the power it was designed to produce.
At the center of the EB110 is its engine. It is a 3.5 liter V12 with four turbochargers. The engine uses five valves per cylinder, a layout that supports strong airflow and high engine speeds. In the standard EB110 GT, output is around 553 horsepower. The later EB110 Super Sport increases that to about 603 horsepower. Power is delivered through a six speed manual gearbox.
The drivetrain includes a permanent all wheel drive system. This was a key part of the car’s performance. It allowed the EB110 to put power down effectively, improving traction and stability. The system distributes torque between the front and rear wheels, helping the car maintain control under acceleration.
The suspension uses double wishbones at all four corners, with adjustable damping. The setup provides a balance between control and usability. Ventilated disc brakes handle stopping power, with ABS included to manage braking under load. These systems work together to create a car that feels composed at high speed.
Inside, the EB110 reflects a focus on quality and usability. The cabin includes leather trim, a structured dashboard, and a layout that is easy to read. The driving position is more accommodating than many cars in its class. Bugatti aimed to create a car that could be driven regularly, not just displayed.
Performance figures confirm the intent. The EB110 Super Sport can reach over 210 mph and accelerate to 60 mph in around 3.2 seconds. These numbers placed it among the fastest cars of its time. More important is how the car delivers that performance. The combination of all wheel drive, high revving V12 power, and a rigid chassis creates a stable and controlled experience.
What makes the EB110 unique is its technical approach. The quad turbo V12 is complex, but it provides strong, consistent power. The carbon fiber chassis sets a foundation that many later supercars would follow. The all wheel drive system ensures that performance is usable, not just theoretical.
The EB110 also represents a bold attempt to rebuild a historic brand. Bugatti invested heavily in engineering, facilities, and talent to create a car that could compete at the highest level. Despite the quality of the car, the company faced financial challenges and ceased operations in the mid 1990s. Production numbers remained low, which adds to the car’s rarity today.
The impact of the EB110 is clear in hindsight. It showed that advanced materials, complex engines, and integrated systems could define a new level of performance. It set a direction that later Bugatti models would expand upon.
The EB110 stands as a statement of intent. It combined ambition with engineering depth and delivered a car that remains relevant decades later. It is not only important for what it achieved, but also for what it set in motion for the future of high performance cars.
