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Electric vehicles (EVs) are increasing in popularity. One of the main factors that affect buyers is the type of car. This ranking is based largely on the performance of electric cars. This depends on the mechanical and electrical components. However, the most important factor that often takes center stage is aerodynamics. At the forefront of automotive innovation, Audi has proven its expertise once again with the launch of the Audi A6 Sportback e-tron, a testament to the brand’s commitment to pushing the boundaries of aerodynamic performance…
The Audi A6 Sportback e-tron has a drag coefficient (Cd) of just 0.21, making it the most aerodynamic Audi ever built. This groundbreaking achievement sets a new standard for the brand. And positioning it as a leader across the Volkswagen Group, the equivalent A6 Avant e-tron also displays impressive aerodynamic performance with a Cd value of 0.24.
Achieving Aerodynamic Excellence Through Precision Engineering
Achieving these impressive figures requires careful attention to detail. and the collaboration between Audi aerodynamics experts and the design team. Aerodynamic experts Andreas Lauterbach and Matteo Gelfi worked together with the designers from initial sketches through countless hours of wind tunnels. Modifying every aspect of the A6 e-tron’s shape to reduce wind resistance…
The A6 Sportback e-tron’s sleek, streamlined shape is key to its aerodynamic performance. Features include a sleek greenhouse. Sloping roof line and the intricately carved surface They all help reduce resistance. Even the smallest elements, such as the air curtain and rear walkway width, have been optimized to improve ventilation efficiency.
Beyond the Surface: Optimized Underbody and Wheels
Audi’s aerodynamic innovations extend beyond exterior design. The underbody plays an important and often overlooked role in reducing drag. Audi engineers have carefully optimized the underfloor design and incorporated a rear diffuser. This is thanks to the soft underbody. This makes it possible to experience direct airflow. which improves aerodynamic efficiency…
Wheels are another key factor in achieving aerodynamic efficiency. The A6 e-tron offers specially designed 19-inch and 20-inch aero wheels. It has 21-inch wheels with plastic aero blades. These wheels are engineered to reduce turbulence and improve airflow around the vehicle, ensuring even the most efficient minimum aerodynamics. Choosing wheels…is the same as before.
A Result Every EV Buyer Desires: Extended Range Without Heavier Batteries
The Audi A6 Sportback e-tron is the culmination of countless simulations. Wind tunnel test and a collaborative effort that not only looks amazing But it also has excellent aerodynamic efficiency. A careful overhaul of every detail resulted in what every EV buyer wanted—longer without the need to overload the battery.
The tireless pursuit of aerodynamic efficiency in the A6 Sportback e-tron demonstrates Audi’s dedication to innovation and sustainability. By setting a new standard for the future of electric cars…
