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The Science Behind F1 Sprint Races: FORMULA WHY Uncovers the Secrets

Formula One (F1) sprint races are a relatively new addition to the motorsport championship, being introduced just this year. Essentially, these are short, one-third distance sprint races that precede the usual Sunday Grand Prix event. They were added to the F1 calendar due to the hopes that they would generate more excitement, as well as draw in new fans and viewers to the sport.

But how were these sprint races designed? What is the science behind them? And how do they differ from the regular F1 race format? We delve into the answers to these questions below.

What are F1 Sprint Races?

First, let’s start with a brief overview of what exactly F1 sprint races entail. These were first trialed during the British GP held at Silverstone in July 2021, where they were deemed successful enough to merit being utilized by the F1 World Championship from the Belgian Grand Prix onwards. The sprint races are 100km in length (or about 17-20 laps, depending on the track), and they take place on the Saturday before the Sunday race.

There are no mandatory pitstops and one type of tire compound must be used. Drivers lineup according to their position during Friday’s qualifying session, with the top 10 proceeding to the sprint race. Furthermore, these Saturday races also carry a certain weightage that can impact Sunday’s starting grid positions: the winner of the sprint race is awarded three championship points, whereas second and third place drivers earn two and one championship point(s), respectively.

How Were They Designed?

The idea for adding sprint races to the F1 season came about after years of stagnation in race viewership, with almost all races being won by the top two teams (Mercedes and Red Bull) and their respective drivers. The FIA, F1’s governing body, needed to come up with a way to make races more exciting, more unpredictable, and thereby attract more fans to the sport. The solution was a format that would deliver a shorter, sharper, and faster-paced race, designed with overtaking in mind. Many fans saw the addition of the sprint race as a welcome addition to the season, and so far, it has lived up to expectations, with increased viewership numbers and active participation on social media.

The Science Behind F1 Sprint Races

There are three primary areas where the science of F1 sprint races becomes apparent: aerodynamics, tire management, and strategy. We’ll take a look at each new aspect below.


Aerodynamics is essential in any motorsport involving high-speed cars. F1 cars, in particular, feature advanced aerodynamic design, such that the faster the car goes, the more downforce is generated, and the greater adhesion it generates. With the addition of sprint races, though, teams are required to adjust their car’s aerodynamic setup to make it more suited to a shorter race. The aim is to reduce drag while not sacrificing too much downforce. This is done by reducing the number of wings (front and rear), flaps, and other aerodynamic components.

But there’s a catch. Drivers have to contend with less aerodynamic grip while driving through corners, which can make the car understeer (skid straight ahead) or oversteer (skid sideways). The key is to strike the right balance between downforce and drag so that teams can enjoy both improved top speed and better handling through tight corners.

Tire Management

F1 cars use a set of four tires per race, and tire management is essential. Teams typically aim for the tires to last as long as possible, and a fresh set of tires can greatly improve a driver’s performance. But with sprint races lasting just about half an hour, tire management plays a much different role. Teams can use softer tire compounds as there’s no need for them to last as long, and drivers can push harder on the tires throughout the race.

But the increase in tire wear can be an issue in sprint races, especially if one or more teams don’t manage them as well as others. Bad tire management can lead to drivers having to make an unexpected pitstop, which can significantly drop their position and overall chances of a good finish.


The third area where the science of F1 sprint races impacts is strategy. In a standard F1 race, drivers aim to make the least number of pitstops while maximizing their performance. But with sprint races, the strategy becomes much different. Tire management is one aspect, as teams must decide whether to go for the softer tire compound and push hard to gain positions, or use a harder compound and manage the tire for the entire race.

There’s also the matter of starting positions. The winner of the qualifying session takes pole position and gets the inside lane at the turn one. But the sprint race now affects the starting grid for the Sunday Grand Prix. The top three drivers earn championship points, which can affect their starting grid position, so drivers will have to decide whether or not it’s worth risking everything to get those extra points, or whether to conserve their tires for the longer race on Sunday.


Another area where the science of F1 sprint races is prevalent is safety. Motorsport is inherently dangerous, and any addition to its format must meet safety requirements. The sprint race format reduces the risk of significant crashes on Sunday, as most incidents occur during the first few laps.

Drivers are also well aware of the higher risk involved in starting closer together and being more aggressive during a sprint race, which has led to a greater emphasis on safety during these events. Race control is frequently in communication with all drivers, keeping them updated about safety concerns and track conditions, and ensuring that they are aware of where other cars are on the track.

The Future of F1 Sprint Races

Whether or not the F1 sprint race format will continue into the future will depend mainly on the results it delivers. So far, it has been a success, with increased viewership and active participation on social media. Furthermore, the format generated new excitement while making the sport more unpredictable, ticking the boxes of what the FIA wanted when they introduced it.

It’s too early to say whether or not the format will continue, but early indications are that it’s here to stay. The science behind F1 sprint races is continually evolving, with teams looking to optimize every aspect of their car’s setup to fit the new format’s demands. Expect the sport’s top engineers and scientists to continually adapt and experiment over the coming years.


1. “F1 2021 season: The science behind the new sprint races,” Formula1, accessed September 22, 2021.

2. “F1 sprint races explained,” BBC Sport, accessed September 22, 2021.

3. “F1 Sprint races: How and why they will impact Sunday’s Grand Prix,” Sport360, accessed September 22, 2021.
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