Length of a F1 car

A question that many people are curious about: the length of Max Verstappen’s Formula 1 car, as well as the length of the F1 car in general in 2023. This year, there have been many changes made to the cars, which have also led to adjustments and modifications in the length and dimensions of Formula 1 vehicles.


The answer to the question, “How long is an F1 car?” varies. There are maximum and minimum dimensions for the length of an F1 car. The distance from the center of the front tires to the center of the rear tires can be a maximum of 360 centimeters and a minimum of 346 centimeters. The distance from the front of the front wing to the center of the front tires can be a maximum of 135 centimeters and a minimum of 115 centimeters. This means that there is a range of about 20 centimeters within which F1 teams can choose the dimensions of their F1 car. At the rear, the distance between the end of the rear wing and the center of the tire must be 81 centimeters. This is the same for all cars.


Every car in Formula 1 has the same width, which is 200 centimeters. This means that a Mercedes and a Red Bull car have the same width and therefore the same dimensions. This measurement is taken from the side of the wheels when they are in a straight position.


The height of the Formula 1 car is uniform and is measured from the rear wing. This means that every rear wing essentially has the same height dimensions for all cars. So now you know the F1 car dimensions, and they probably seem a lot larger than you might have thought. Just wait until you see them in person because the F1 car dimensions are incredibly impressive!


If you want to know the F1 car dimensions, you can calculate it as length x width x height. In this case, it results in a maximum length of the F1 car of 576 centimeters. The width of the F1 car is 200 centimeters, consistent for every car. Additionally, the height of an F1 car must also be the same as that of the other cars, which is 91 centimeters.

F1 car size comparison

The world of Formula 1 is a constant battleground of innovation and technology, where every millimeter counts in the quest for speed and performance. Over the past decade, Formula 1 cars have undergone significant transformations in design and size. In this article, we’ll explore the evolution of F1 car sizes, comparing the dimensions of today’s cars with those from 10 years ago, and how these changes have impacted the sport.

Today’s F1 Cars: Sleek and Streamlined

Fast forward to the present day, and Formula 1 cars have evolved into even more aerodynamically efficient machines. As of 2023, these cutting-edge vehicles boast the following size specifications:

  1. Width: Formula 1 cars have retained a consistent width of 200 centimeters (2 meters) over the years. This standard dimension ensures a level playing field for all teams in terms of track space and maneuverability.
  2. Length: The length of today’s F1 cars still falls within a similar range as a decade ago. The maximum length allowed remains at 576 centimeters, while the minimum is 346 centimeters. This flexibility enables teams to fine-tune their designs to optimize performance.
  3. Height: The height of an F1 car remains uniform at a mere 91 centimeters. This low-profile design continues to be a defining characteristic of these racing machines, contributing to their aerodynamic efficiency and overall speed.

F1 Cars of 10 Years Ago: A Glimpse into the Past

If we turn the clock back to 2013, Formula 1 cars of that era had their own unique dimensions:

  1. Width: Similar to today, the width of F1 cars in 2013 was 200 centimeters. This standardization has remained constant throughout the years.
  2. Length: The length of F1 cars in 2013 also fell within the same range, with maximum and minimum lengths comparable to those of today. This suggests that the size range has been consistent over the past decade.
  3. Height: The height of F1 cars in 2013 was also maintained at 91 centimeters. The low-profile design was already established as a crucial aspect of aerodynamic performance.

The Impact of Changes

While the dimensions of Formula 1 cars have remained relatively stable over the past decade, it’s important to note that significant advancements in aerodynamics, materials, and power units have led to substantial performance improvements. These changes have allowed teams to extract more speed and efficiency from cars within the established size parameters.

The continuity in car size regulations has enabled teams to focus their efforts on innovation in other areas, such as power unit efficiency, chassis design, and tire technology. This has resulted in a sport that continues to push the boundaries of what’s possible in terms of speed and engineering excellence.