The Complete Beginners Guide to Formula 1
If you’re new to Formula One and fast cars fascinate you, we will bring you up to speed in this Beginners Guide to Formula 1. Formula One is an entrancing sport and it is quite easy to fall in love with it. As a beginner, you may feel a little bit like an outsider when other fans are discussing a driver, car, or race. That’s nothing to worry about. In this article, we will give you enough knowledge to set you on your way to becoming an F1 fan.
Formula One is the fastest motorsport in the world, let us help you to find your feet in the F1 world with equal speed.
Here is our Beginners Guide to Formula 1 in 2024…
The Beginners Guide to Formula 1: Formula 1 Explained
What is Formula One?
Formula One (F1) is a series of races held at different venues around the world, of the fastest open-wheel, open-cabin, single-seated, four-wheeled autos in the world. There have been a few years when even six-wheeled cars participated in F1.
The word ‘Formula’, included in the name, refers to a set of rules that the constructors of the car, its mechanics and the drivers have to strictly follow during the tenure that they are members of F1.
When motor racing first began, there were no limitations on the power or the size of the cars. The races became unequal with cars with more power and bigger sizes easily outpacing the smaller cars. The races also created dangerous situations in which many participants got seriously hurt, some even fatally.
When racing resumed after World War II, the governing body of the sport, the FIA, introduced a set of rules that set limits on the size and the power of the cars. This created an even playing field for the participants and drivers, while more stress was laid on the efficiency and design of the cars and also the capability of the drivers.
The word ‘One’ comes from the grading FIA issues to the racing tracks, the approved cars and the drivers’ licences. The ‘One’ is also to distinguish F1 from street car racing and also to indicate that it is the ultimate in formula racing.
Formula One is governed by the Federation Internationale de l’Automobile (FIA) owned by the Formula One Group. The FIA, established on 20 June 1904, is a non-profit organisation and represents the interest of motoring organisations and motor car users.
The organisation amends, alters and introduces rules to Formula One so as to ensure the safety of the participants in the races, promote fair play, and ensure that the followers and spectators of Formula One get a good deal.
The History of Formula One
Formula One originated with the European Championship of Grand Prix races. Though the ‘formula’ or a set of rules was agreed to by several Grand Prix organisations before World War II, races were suspended during the war.
Formula One, a new set of rules, were agreed upon by the racing organisations in 1946. The first non-championship race was the Turin Grand Prix held the same year in Italy. The following year the World Drivers’ Championship was formalised. Achille Varzi, an Italian driver, won the race in an Alfa Romeo.
The first world championship race was held in 1950 at Silverstone in the United Kingdom. Guiseppe Farina, an Italian driver in his Alfa Romeo, was the first driver to win the World Drivers’ Championship that year.
Juan Manuel Fangio, an Argentinian driver and Farina’s teammate, narrowly missed the championship title in 1950. But Fangio came back strongly to win 1951, ‘54, ‘55, ‘56 and ‘57 championship titles. His record of 5 championship titles was surpassed 45 years later when Michael Schumacher won his sixth World Driver’s Championship in 2003.
The Constructors Championship was introduced in 1958. Then called the International Cup for F1 Manufacturers, the first cup in 1958 was won by Vanwall.
According to FIA, the Constructors Championship, “the constructor of an engine or chassis is the person (including any corporate or unincorporated body) which owns the intellectual rights to such engine or chassis.”
That is the reason teams have had names such as McLaren-Renault in the past. It meant that while the chassis of the F1 car was built by McLaren, the engine was supplied by Renault. Both parties worked together to build a car suited to the tracks and their drivers.
Over the years there have been only five countries that have shared the Constructors’ Championship between them. The countries are the UK leading with 33 championships, Italy (16), Germany (8), Austria (4) and France (3). Ferrari of Italy with 16 championships is the top constructor to date.
Formula One went through many changes in its rules. Most of the changes were aimed at minimising risk to the cars and drivers and increasing the spectator appeal of the sport. There were changes in engine sizes, car width and lengths, fuel tank sizes and the sizes of the tyres.
Formula 1 Cars
Formula One is all about cars and every fan would like to know more about them. They are indeed a fascinating piece of machinery and a lot of effort goes into their construction. That is precisely why the Constructor’s Championship is awarded at the end of every racing season.
Cars have evolved drastically over almost seventy years of Formula One. Today’s cars are much safer and more manoeuvrable. The aerodynamics have improved and electronics have crept in substantially over the years. Because of that, drivers have better control over the cars resulting in better speeds and fewer accidents. However, F1 cars still have open wheels and open cockpits and are single-seated.
The body of a Formula 1 car is made from lightweight materials like carbon fiber, which helps to keep the car as light as possible. The cars are also designed to be as aerodynamic as possible, with sleek, low-slung bodies and complex aerodynamic features like wings and diffusers.
Under the hood, Formula 1 cars are powered by highly advanced engines that can produce over 1,000 horsepower. These engines are hybrid V6 turbocharged units, and they are designed to be as efficient and powerful as possible.
One of the most distinctive features of a Formula 1 car is the open cockpit, which allows the driver to be fully exposed to the elements and gives them a clear view of the track ahead. The driver sits in a low-slung seat that is designed to be as comfortable and supportive as possible, and they are surrounded by a roll cage for safety.
Formula 1 Car Design
Formula One cars are aerodynamically designed to provide the least resistance as they cut through the air. The feature not only helps them attain great speeds but also to consume less fuel as well as to get a better grip on the tarmac.
Because of their aerodynamic design Formula cars attain a speed greater than that of an airliner at take-off. But the wings and the diffusers of the car produce a negative lift or a downforce that presses the car down upon the track. Or else, drivers would have little control over the cars as cars would be airborne over the track because of the airlift.
A Formula One car produces 5G of downforce on average. It means that five times the weight of the car is pressing down on the track. This gives the tyres traction and prevents the car from skidding on bends and sharp corners. The downforce also allows the drivers to take corners and bends at speeds much higher than we could in our road cars.
Formula 1 Engines
Since 2014, all F1 cars have 1.6L, V6 turbocharged engines. To those uninitiated, the number after ‘V’ stands for the number of cylinders on the engine. The number before ‘L’ represents the displacement volume in litres of all the cylinders of the engine taken together.
F1 cars are required to weigh a minimum of 746kgs without the driver and fuel in them. Constructors, along with the other members of the team including drivers, have to optimise the horsepower, torque and fuel efficiency to suit their requirements. That is why F1 cars’ engines are fine-tuned for every F1 circuit.
Revolutions per minute or revs as we call it, for F1 car engines are limited to 15000 rpm. F1 cars are capable of speeds of up to 375 (235 mph) kilometres per hour. Juan Pablo Montoya hit a top speed of 372.6 kph (231.523 mph) during the Italian Grand Prix in 2005 while driving a McLaren-Mercedes car.
Formula 1 Tyres
Tyres play a big part in Formula One races. Pirelli is officially recognised as the tyre supplier by FIA for Formula One. Unlike street car tyres, Formula One car tyres are built to last only between 60 to 120 kilometres (40 to 80 miles).
Because one set of tyres will not last the distance of any F1 race, drivers have to make pit stops to replace tyres so that they can complete the races. Formula One car tyres are rated from C1 to C5 with C1 the hardest tyres and C5 the softest.
Until the conclusion of the 2021 season F1 used 13-inch tyres, however, in 2022 they moved to 18-inch tyres as part of a raft of new technical regulations designed to make the racing more even.
Formula 1 Teams
Participants in Formula One are not individuals but teams. You may not realise it, but each Formula One team employs hundreds of technicians, engineers and support staff. If you include the designers and the assembly employees, that number could well exceed one thousand.
There are ten teams enrolled for the 2024 Formula One season with two cars each. According to the rules for the season, a maximum of 26 cars will be allowed to compete. That would mean a maximum of 13 teams because each team is allowed to field two cars.
A Formula One team comprises all the entities that design and produce the car and own the intellectual rights. Therefore if the chassis is designed by one company and the engine is supplied by another, the two taken together become the participating team. That is the reason you will hear names like Benetton-Ford or Williams-Renault.
Here is the list of F1 teams for 2024, along with their drivers:
- Red Bull Racing with Max Verstappen and Sergio Perez
- Mercedes with Lewis Hamilton and George Russell
- Ferrari with Charles Leclerc and Carlos Sainz
- McLaren with Lando Norris and Oscar Piastri
- Alpine F1 Team with Esteban Ocon and Pierre Gasly
- Visa CashApp RB with Yuki Tsunoda and Daniel Ricciardo
- Aston Martin with Fernando Alonso and Lance Stroll
- Williams with Alexander Albon and Logan Sargeant
- Stake with Valtteri Bottas and Guanyu Zhou
- Haas F1 Team with Kevin Magnussen and Nico Hulkenberg
As you can see from the above list, only one entity is listed as a team in each of the ten teams. It means that either the teams are constructing the cars by themselves or the engine and chassis builders have handed over the intellectual rights to the teams.
Formula 1 Drivers
Formula One drivers are as fit as most athletes in any sport. They have very high stamina and extremely good reflexes. Driving a race is very demanding both physically and mentally. That is why drivers dedicate a lot of time both during the season and otherwise maintaining their physical health and well-being.
All F1 drivers lose weight at the end of a race. That is because a lot of energy is spent by the drivers in working the brake and throttle pedals and concentrating on the track. Much energy is also spent when countering the G-force on the bends and sharp corners.
G-force is the force an F1 driver experiences when he accelerates or the car is going around a bend or a corner on the track. F1 drivers will experience a force of 2G when accelerating and up to 6G on a sharp corner. It means that the drivers are pulled by a force equal to 6 times their weight.
Although a drivers’ body is firmly strapped in his seat, their neck, as well as their legs, are free to move. Keeping legs and neck in position under these high g-forces takes a lot of strength and effort. That is why F1 drivers assign a high priority to strengthen their neck muscles for high endurance.
Formula 1 Circuits
A Formula One circuit is a loop of a road that is approved by the FIA as a race track fit for F1 racing. A circuit usually starts with a straight stretch and has several turns and corners. Most circuits run in a clockwise direction. Those few that are anticlockwise give drivers the most trouble because of G-force on their necks in a direction that they are used to.
The average time taken for a race is 2 hours and the average distance of a circuit is 305 km (190 miles). But the distance varies in the length of the track from circuit to circuit as does the difficulty in negotiating the circuit. One round around a circuit is counted as one lap and races are usually specified as the number of laps of a particular circuit.
For example, Monaco is a slow circuit and the distance of the race is 260 km (161.7) miles. Monaco also has the shortest track length of 3.34 km (2.075 miles). Although the average length of a circuit is 5 km (3.1 miles), the Spa-Francorchamps circuit, at 7 km (4.352 miles), is considerably longer than the other tracks.
Here is a complete list of every Formula 1 circuit ever used.
Circuit | Type | Direction | Location | Length | Grand Prix | Years Used | Grands Prix Held At Circuit |
---|---|---|---|---|---|---|---|
Adelaide Street Circuit | Street circuit | Clockwise | Adelaide, Australia | 3.780 km (2.349 mi) | Australian Grand Prix | 1985–1995 | 11 |
Ain-Diab Circuit | Road circuit | Clockwise | Casablanca, Morocco | 7.618 km (4.734 mi) | Moroccan Grand Prix | 1958 | 1 |
Aintree Motor Racing Circuit | Road circuit | Clockwise | Aintree, United Kingdom | 4.828 km (3.000 mi) | British Grand Prix | 1955, 1957, 1959, 1961–1962 | 5 |
Albert Park Circuit | Street circuit | Clockwise | Melbourne, Australia | 5.303 km (3.295 mi) | Australian Grand Prix | 1996–2019 | 24 |
Algarve International Circuitdagger | Race circuit | Clockwise | Portimão, Portugal | 4.692 km (2.915 mi) | Portuguese Grand Prix | 0 | |
Autódromo do Estoril | Race circuit | Clockwise | Cascais, Portugal | 4.360 km (2.709 mi) | Portuguese Grand Prix | 1984–1996 | 13 |
Autodromo Enzo e Dino Ferraridagger | Race circuit | Anti-clockwise | Imola, Italy | 4.933 km (3.065 mi) | Italian Grand Prix | 1980–2006 | 27 |
San Marino Grand Prix | |||||||
Emilia Romagna Grand Prix | |||||||
Autódromo Hermanos Rodríguez | Race circuit | Clockwise | Mexico City, Mexico | 4.304 km (2.674 mi) | Mexican Grand Prix | 1963–1970, 1986–1992, 2015–2019 | 20 |
Autódromo Internacional Nelson Piquet | Race circuit | Anti-clockwise | Rio de Janeiro, Brazil | 5.031 km (3.126 mi) | Brazilian Grand Prix | 1978, 1981–1989 | 10 |
Autódromo José Carlos Pace | Race circuit | Anti-clockwise | São Paulo, Brazil | 4.309 km (2.677 mi) | Brazilian Grand Prix | 1973–1977, 1979–1980, 1990–2019 | 37 |
Autódromo Juan y Oscar Gálvez | Race circuit | Clockwise | Buenos Aires, Argentina | 4.259 km (2.646 mi) | Argentine Grand Prix | 1953–1958, 1960, 1972–1975, 1977–1981, 1995–1998 | 20 |
Autodromo Nazionale Monzadagger | Race circuit | Clockwise | Monza, Italy | 5.793 km (3.600 mi) | Italian Grand Prix | 1950–1979, 1981–2019 | 69 |
AVUS | Road circuit | Anti-clockwise | Berlin, Germany | 8.300 km (5.157 mi) | German Grand Prix | 1959 | 1 |
Bahrain International Circuitdagger | Race circuit | Clockwise | Sakhir, Bahrain | 5.412 km (3.363 mi) | Bahrain Grand Prix | 2004–2010, 2012–2019 | 15 |
Baku City Circuit | Street circuit | Anti-clockwise | Baku, Azerbaijan | 6.003 km (3.730 mi) | European Grand Prix | 2016–2019 | 4 |
Azerbaijan Grand Prix | |||||||
Brands Hatch | Race circuit | Clockwise | West Kingsdown, United Kingdom | 3.703 km (2.301 mi) | British Grand Prix | 1964, 1966, 1968, 1970, 1972, 1974, 1976, 1978, 1980, 1982–1986 | 14 |
European Grand Prix | |||||||
Buddh International Circuit | Race circuit | Clockwise | Greater Noida, India | 5.141 km (3.194 mi) | Indian Grand Prix | 2011–2013 | 3 |
Bugatti Circuit | Race circuit | Clockwise | Le Mans, France | 4.430 km (2.753 mi) | French Grand Prix | 1967 | 1 |
Caesars Palace Grand Prix Circuit | Street circuit | Anti-clockwise | Las Vegas, United States | 3.650 km (2.268 mi) | Caesars Palace Grand Prix | 1981–1982 | 2 |
Charade Circuit | Road circuit | Clockwise | Saint-Genès-Champanelle, France | 8.055 km (5.005 mi) | French Grand Prix | 1965, 1969–1970, 1972 | 4 |
Circuit Bremgarten | Road circuit | Clockwise | Bern, Switzerland | 7.208 km (4.479 mi) | Swiss Grand Prix | 1950–1954 | 5 |
Circuit de Barcelona-Catalunyadagger | Race circuit | Clockwise | Montmeló, Spain | 4.655 km (2.892 mi) | Spanish Grand Prix | 1991–2019 | 29 |
Circuit de Monaco | Street circuit | Clockwise | Monte Carlo, Monaco | 3.337 km (2.074 mi) | Monaco Grand Prix | 1950, 1955–2019 | 66 |
Circuit de Spa-Francorchampsdagger | Race circuit | Clockwise | Stavelot, Belgium | 7.004 km (4.352 mi) | Belgian Grand Prix | 1950–1956, 1958, 1960–1968, 1970, 1983, 1985–2002, 2004–2005, 2007–2019 | 52 |
Circuito de Monsanto | Street circuit | Clockwise | Lisbon, Portugal | 5.440 km (3.380 mi) | Portuguese Grand Prix | 1959 | 1 |
Circuit de Nevers Magny-Cours | Race circuit | Clockwise | Magny-Cours, France | 4.411 km (2.741 mi) | French Grand Prix | 1991–2008 | 18 |
Circuit Gilles Villeneuve | Street circuit | Clockwise | Montreal, Canada | 4.361 km (2.710 mi) | Canadian Grand Prix | 1978–1986, 1988–2008, 2010–2019 | 40 |
Circuit Mont-Tremblant | Race circuit | Clockwise | Mont-Tremblant, Canada | 4.265 km (2.650 mi) | Canadian Grand Prix | 1968, 1970 | 2 |
Circuit of the Americas | Race circuit | Anti-clockwise | Austin, United States | 5.513 km (3.426 mi) | United States Grand Prix | 2012–2019 | 8 |
Circuit Zandvoort | Race circuit | Clockwise | Zandvoort, Netherlands | 4.252 km (2.642 mi) | Dutch Grand Prix | 1952–1953, 1955, 1958–1971, 1973–1985 | 30 |
Circuit Paul Ricard | Race circuit | Clockwise | Le Castellet, France | 5.842 km (3.630 mi) | French Grand Prix | 1971, 1973, 1975–1976, 1978, 1980, 1982–1983, 1985–1990, 2018–2019 | 16 |
Circuit Zolder | Race circuit | Clockwise | Heusden-Zolder, Belgium | 4.262 km (2.648 mi) | Belgian Grand Prix | 1973, 1975–1982, 1984 | 10 |
Circuito da Boavista | Street circuit | Anti-clockwise | Porto, Portugal | 7.775 km (4.831 mi) | Portuguese Grand Prix | 1958, 1960 | 2 |
Circuito de Jerez | Race circuit | Clockwise | Jerez de la Frontera, Spain | 4.428 km (2.751 mi) | Spanish Grand Prix | 1986–1990, 1994, 1997 | 7 |
European Grand Prix | |||||||
Circuito del Jarama | Race circuit | Clockwise | San Sebastián de los Reyes, Spain | 3.404 km (2.115 mi) | Spanish Grand Prix | 1968, 1970, 1972, 1974, 1976–1979, 1981 | 9 |
Dallas Grand Prix Circuit | Street circuit | Anti-clockwise | Dallas, United States | 3.901 km (2.424 mi) | Dallas Grand Prix | 1984 | 1 |
Detroit street circuit | Street circuit | Anti-clockwise | Detroit, United States | 4.168 km (2.590 mi) | Detroit Grand Prix | 1982–1988 | 7 |
Dijon-Prenois | Race circuit | Clockwise | Prenois, France | 3.886 km (2.415 mi) | French Grand Prix | 1974, 1977, 1979, 1981–1982, 1984 | 6 |
Swiss Grand Prix | |||||||
Donington Park | Race circuit | Clockwise | Castle Donington, United Kingdom | 4.020 km (2.498 mi) | European Grand Prix | 1993 | 1 |
Fuji Speedway | Race circuit | Clockwise | Oyama, Japan | 4.563 km (2.835 mi) | Japanese Grand Prix | 1976–1977, 2007–2008 | 4 |
Long Beach Street Circuit | Street circuit | Clockwise | Long Beach, United States | 3.275 km (2.035 mi) | United States Grand Prix West | 1976–1983 | 8 |
Hanoi Street Circuitdagger | Street circuit | Anti-clockwise | Hanoi, Vietnam | 5.607 km (3.484 mi) | Vietnamese Grand Prix | 0 | |
Hockenheimring | Race circuit | Clockwise | Hockenheim, Germany | 4.574 km (2.842 mi) | German Grand Prix | 1970, 1977–1984, 1986–2006, 2008, 2010, 2012, 2014, 2016, 2018–2019 | 37 |
Hungaroringdagger | Race circuit | Clockwise | Mogyoród, Hungary | 4.381 km (2.722 mi) | Hungarian Grand Prix | 1986–2020 | 35 |
Indianapolis Motor Speedway | Race circuit | Clockwise | Speedway, United States | 4.192 km (2.605 mi) | Indianapolis 500[a] | 1950–1960, 2000–2007 | 19 |
United States Grand Prix | |||||||
Istanbul Park | Race circuit | Anti-clockwise | Istanbul, Turkey | 5.338 km (3.317 mi) | Turkish Grand Prix | 2005–2011 | 7 |
Korea International Circuit | Race circuit | Anti-clockwise | Yeongam, South Korea | 5.615 km (3.489 mi) | Korean Grand Prix | 2010–2013 | 4 |
Kyalami Racing Circuit | Race circuit | Anti-clockwise | Midrand, South Africa | 4.200 km (2.610 mi) | South African Grand Prix | 1967–1980, 1982–1985, 1992–1993 | 20 |
Marina Bay Street Circuit | Street circuit | Anti-clockwise | Singapore | 5.063 km (3.146 mi) | Singapore Grand Prix | 2008–2019 | 12 |
Montjuïc circuit | Street circuit | Anti-clockwise | Barcelona, Spain | 3.791 km (2.356 mi) | Spanish Grand Prix | 1969, 1971, 1973, 1975 | 4 |
Mosport International Raceway | Race circuit | Clockwise | Bowmanville, Canada | 3.957 km (2.459 mi) | Canadian Grand Prix | 1967, 1969, 1971–1974, 1976–1977 | 8 |
Mugello Circuitdagger | Race circuit | Clockwise | Scarperia e San Piero, Italy | 5.245 km (3.259 mi) | Tuscan Grand Prix | 0 | |
Nivelles-Baulers | Race circuit | Clockwise | Nivelles, Belgium | 3.724 km (2.314 mi) | Belgian Grand Prix | 1972, 1974 | 2 |
Nürburgringdagger | Race circuit | Clockwise | Nürburg, Germany | 5.148 km (3.199 mi) | German Grand Prix | 1951–1954, 1956–1958, 1961–1969, 1971–1976, 1984–1985, 1995–2007, 2009, 2011, 2013 | 40 |
European Grand Prix | |||||||
Luxembourg Grand Prix | |||||||
Eifel Grand Prix | |||||||
Pedralbes Circuit | Street circuit | Clockwise | Barcelona, Spain | 6.316 km (3.925 mi) | Spanish Grand Prix | 1951, 1954 | 2 |
Pescara Circuit | Road circuit | Clockwise | Pescara, Italy | 25.800 km (16.031 mi) | Pescara Grand Prix | 1957 | 1 |
Phoenix street circuit | Street circuit | Anti-clockwise | Phoenix, United States | 3.720 km (2.312 mi) | United States Grand Prix | 1989–1991 | 3 |
Prince George Circuit | Race circuit | Clockwise | East London, South Africa | 3.920 km (2.436 mi) | South African Grand Prix | 1962–1963, 1965 | 3 |
Red Bull Ringdagger | Race circuit | Clockwise | Spielberg bei Knittelfeld, Austria | 4.318 km (2.683 mi) | Austrian Grand Prix | 1970–1987, 1997–2003, 2014–2020 | 33 |
Styrian Grand Prix | |||||||
Reims-Gueux | Road circuit | Clockwise | Gueux, France | 8.302 km (5.159 mi) | French Grand Prix | 1950–1951, 1953–1954, 1956, 1958–1961, 1963, 1966 | 11 |
Riverside International Raceway | Race circuit | Clockwise | Moreno Valley, United States | 5.271 km (3.275 mi) | United States Grand Prix | 1960 | 1 |
Rouen-Les-Essarts | Road circuit | Clockwise | Orival, France | 6.542 km (4.065 mi) | French Grand Prix | 1952, 1957, 1962, 1964, 1968 | 5 |
Scandinavian Raceway | Race circuit | Clockwise | Anderstorp, Sweden | 4.031 km (2.505 mi) | Swedish Grand Prix | 1973–1978 | 6 |
Sebring International Raceway | Road circuit | Clockwise | Sebring, United States | 8.356 km (5.192 mi) | United States Grand Prix | 1959 | 1 |
Sepang International Circuit | Race circuit | Clockwise | Sepang, Malaysia | 5.543 km (3.444 mi) | Malaysian Grand Prix | 1999–2017 | 19 |
Shanghai International Circuitdagger | Race circuit | Clockwise | Shanghai, China | 5.451 km (3.387 mi) | Chinese Grand Prix | 2004–2019 | 16 |
Silverstone Circuitdagger | Race circuit | Clockwise | Silverstone, United Kingdom | 5.891 km (3.660 mi) | British Grand Prix | 1950–1954, 1956, 1958, 1960, 1963, 1965, 1967, 1969, 1971, 1973, 1975, 1977, 1979, 1981, 1983, 1985, 1987–2019 | 53 |
70th Anniversary Grand Prix | |||||||
Sochi Autodromdagger | Race circuit | Clockwise | Sochi, Russia | 5.848 km (3.634 mi) | Russian Grand Prix | 2014–2019 | 6 |
Suzuka Circuit | Race circuit | Part clockwise and part anti-clockwise (figure eight) | Suzuka, Japan | 5.807 km (3.608 mi) | Japanese Grand Prix | 1987–2006, 2009–2019 | 31 |
Okayama International Circuit | Race circuit | Clockwise | Mimasaka, Japan | 3.703 km (2.301 mi) | Pacific Grand Prix | 1994–1995 | 2 |
Valencia Street Circuit | Street circuit | Clockwise | Valencia, Spain | 5.419 km (3.367 mi) | European Grand Prix | 2008–2012 | 5 |
Watkins Glen | Race circuit | Clockwise | Watkins Glen, United States | 5.430 km (3.374 mi) | United States Grand Prix | 1961–1980 | 20 |
Yas Marina Circuitdagger | Race circuit | Anti-clockwise | Abu Dhabi, United Arab Emirates | 5.554 km (3.451 mi) | Abu Dhabi Grand Prix | 2009–2019 | 11 |
Zeltweg Airfield | Road circuit | Clockwise | Zeltweg, Austria | 3.186 km (1.980 mi) | Austrian Grand Prix | 1964 | 1 |
Pits and Pit Stops
Pit stops are essential for cars to change tyres and for making repairs, mechanical adjustments, refuelling or as a penalty. Refuelling is not allowed in F1 for now. However, drivers have to make at least one pit stop to change tyres because F1 tyres are designed to last much less than the distance of one race.
Pits are located at the side of racing lanes and they are assigned in the order of qualifying rankings of the team. A pit may have even up to twenty mechanics who prepare for all eventualities one lap before the car makes a pit stop.
Drivers make a call on taking a pit stop depending on the state of their tyres and any mechanical repairs or adjustments their car might need. The team leader in the pit will usually remind the driver that he has to make a pit stop one lap before a pre-scheduled stop. The less the number of pit stops drivers make, the more advantage they get in race times.
Formula 1 Seasons
A season of Formula One consists of a number of Grands Prix conducted over the course of a year. The F1 season usually starts in March and ends in December. There are 24 venues across the world where the Grands Prix are held.
The 2024 FORMULA 1 schedule will feature 24 races, including a return to China for the first time since the outbreak of Covid.
At the end of the F1 season, the World Drivers’ Championship and the Constructors’ Championship are awarded to the winners. The drivers’ championship is decided by the cumulative number of points the driver has accumulated in that season. The constructors’ championship goes to the team with the highest total of the points accumulated by both its drivers during the season.
Slang Terms Used in Formula One
Now that you have got the hang of what F1 is about let us go to some of the slang used in F1. The words listed below are some of the technical jargon used by team staff and commentators. Once you know them, you will be in a better position to understand what some ‘expert commentators’ are talking about when they say ‘marbles’ and ‘polesitter’.
Backmarker
Trailing drivers are often lapped by the leading drivers. The trailing drivers are referred to as backmarkers just as we refer to back benchers in schools and colleges.
Blistering/Graining
Blistering is when the cold surface of the track causes pieces to blow out of the tyre surface because the inside of the tyre is warmer. Graining is just the opposite. It is a situation when the tyres are cold and the hotter surface outside causes the rubber chunks to come off and stick to the tyre.
Bottoming Out
When the underside of the car comes in contact with the track, it is referred to as bottoming. It happens because of uneven tracks and in cases of sudden rise or crest. You get a shower of sparks when a car bottoms out because F1 cars use titanium skid blocks underneath their chassis.
Box
‘Box’ is a reminder to the drivers coming from a controller in the pits that they have a pit stop coming during the lap or in the next lap. The word is derived from the German word ‘Boxenstopp’ which means a pit stop.
Brake Bias
Brake bias is what allows the drivers to adjust the difference between how much the front wheels and the rear wheels brake. Normally, both the front and rear wheels will break equally when the driver pushes down on the brake pedal. In wet conditions, the driver may want to increase the braking in the rear tyres and reduce it in the front wheels.
Drivers adjust brake biases throughout the course of a race to balance the car depending on the condition of the tyres and the amount of fuel left in the tanks.
Dirty Air/Clean Air
Dirty air is the turbulent air left in the wake of the preceding car. The car coming in the wake of the leading car will experience a drag because of the dirty air. Clean air is the undisturbed air encountered by a car speeding all on its own. The air flows smoothly around the car’s streamlined surface but leaves dirty air in its wake.
DRS
Drag Reduction System (DRS) is allowed to be used in only marked zones on the track. Turbulent air behind the leading car can lead to a drag on the car following it closely, reducing the downforce. A flap on the car is then used to reduce the drag and increase the downforce which can help the car in overtaking on a straight.
Falling Off the Cliff
Falling off the cliff describes the situation when the tyre compounds deteriorate unusually rapidly during the race. Ths slows down the car and renders it uncompetitive. Drivers say “ my tyres fell off the cliff and I had to pit stop early” to describe their predicament.
Flatspot
When a car driver locks his front brakes, the front tyres skid along the surface of the track rather than roll across it. This wears the tyres giving it a prominent flat spot. A flat spot on the tyres results in unscheduled pit stops spoiling the chances of the driver in the race.
Green Track
A green track is an almost unused track that drivers encounter on the first day of practice. The track has little rubber laid down onto it affording the cars less than optimum traction on the dry.
Lift and Coast
If a driver feels that he is going to run out of fuel before the end of the race, he has to conserve his fuel. The driver then lifts off the throttle and cruises. The driver is said to be ‘lifting and coasting” into the braking zone at the cost of speed.
Marbles
Tiny pieces of rubber that are shredded off the tyres while cornering are called marbles. They accumulate off the racing line and driving on them can be dangerous as the car loses traction.
Oversteer/Understeer
When a car is cornering and the rear wheels of the car lose grip and step out of line, the driver is said to have oversteered. On the other hand, if the front wheels lose grip and the car takes a shallower turn than the driver intended, the car has been understeered.
Polesitter
A polesitter is the driver who sets the fastest lap in Q3 of the qualifying sessions. Pole sitters have an advantage if they get away from the pack and hold the lead into the first corner.
Power Unit
The engine of a modern-day F1 car has ‘power units’ rather than just engines as in the olden days. This unit consists of six components. The Internal Combustion Engine (ICE), the Turbo Charger (TC), the Motor Generator Unit – H (MGU-H), Motor Generator Unit – Kinetic (MGU-K), the Energy Store (ES) and the Control Electronics (CE) taken together is called the Power Unit. These components combine to give an F1 car just below 1000 bhp of power.
Tankslapper
A driver is said to have got a tankslapper when a sideways movement causes the rear end of the car to step out of line.
Get up to speed with all the F1 terms with our complete Formula 1 Glossary.
Why Should You Attend a Grand Prix?
Each Grand Prix is held over three days, from Friday to Sunday, except in Monaco where the Friday practice sessions are held on a Thursday. The action starts on Fridays and culminates in the crowning event, the race on Sundays. Between Friday and Sunday, there are practice and qualifying sessions that set the scene for the race on Sunday.
Practice Sessions
Practice sessions usually start on Fridays and last till Saturday mornings. If the races are scheduled to be held at night, the timings of the practice sessions may vary. Practice sessions are for individual teams and their drivers to familiarise themselves with the track and fine-tune their cars.
During practice sessions, the drivers will try out different types of tyres on the track to find out how long they last. They will also keep a close watch on their fuel consumption with different tyres and tune their engines accordingly.
Drivers use the practice sessions to get a good feel of the track and the car. They will use this knowledge to get a good position in the qualifying rounds. Watching the practice sessions will let you identify the different cars and drivers during the race. It also gives you a chance to watch all the behind the scenes activities.
Qualifying Sessions
Qualifying sessions are the most exciting experience you will get on a racing weekend. Generally held on Saturday afternoons, there are three qualifying phases Q1, Q2 and Q3. During qualifying sessions, drivers will push their machines to the brink in order to get a good position on the grid.
In Q1, or the first qualifying round all the 20 cars (if there are 20 cars participating) will take part. The five cars finishing last will be eliminated from any further qualification sessions. They will take the grid positions from 16 to 20 depending on their timings in Q1.
The remaining 15 cars will participate in the Q2 session. In this session a further five cars that finish last will be eliminated from the last qualifying session. They will take grid positions according to their performance in the Q2 session.
Q3 is the last qualifying session and decides the grid position for the remaining 10 cars. In this session, drivers will really work their throttles during this session in a bid to win the pole position. The pole position is considered a distinct advantage. The polesitter gets an unencumbered track and clean air to take a lead which many times tends to be unassailable.
That is why qualification sessions are considered to be the most exciting time of a racing weekend.
The Race
After the grid is set in qualifying, barring any penalties either for wrongdoing or technical changes to the car, the grid will start how they ended qualifying.
The cars come out early for an installation lap, then grid up, where they are assessed by the team, and the drivers have an anxious wait as the clock ticks down until the race begins. During this time some will be interviewed, some listen to music, and drivers like the affable Kimi Raikkonen avoid eye contact with anyone as they get into the zone.
After a ‘parade lap’ of the drivers being driven around the track to wave to the crowd, they fire up the cars and complete a warm-up lap behind the safety car.
At the completion of the warm-up lap, the starter waits for the signal, then it’s lights out and away we go!
The first corner is always a nerve-jangling time, more so for team bosses and those of us watching than it is for the drivers.
After a frantic opening lap, it is then time to settle down and race to the chequered flag.
Things Taking Place During a Racing Weekend
Support Races
Support races feature in most GP weekends. Young drivers who are tomorrow going to take the place of F1 drivers compete in F2 and F3 races. These races can be quite intense and make for good watching. You never know if you can spot a youngster who might feature in the next year’s FI race.
Pit Lane Walks
If you are just getting familiar with F1 and happen to attend an F1 weekend, try not to miss the pit lane walk experience. A pit lane walk will give you a fair idea of what work goes on behind the scenes in F1.
You will see drivers and mechanics fine-tuning their cars for the race. You may even get a chance to take a selfie with an F1 driver or a mechanic of your favourite team. Pit lane walks are however high in demand and you will have to buy tickets that include pit lane walks.
Get to Know F1 Better
When you are new to Formula One, it is easy to feel left out and you are left wondering when you will gain some level of expertise in the sport. There are plenty of forums on the internet where you can greatly enhance your knowledge of F1.
Here is a list of places where you can increase your F1 knowledge quickly.
- r/formula1 (Reddit)
- r/F1 Technical (Reddit)
- Formula 1 Fans (Quora)
What is Formula 1? – Fast Facts and Stats
- Formula 1 is a highly prestigious and popular international racing series.
- It involves open-wheel, single-seater cars competing on various circuits around the world.
- The races are known for their high speeds, technology-driven design, and spectacular displays of driving skill.
- Formula 1 cars can reach speeds of over 200 miles per hour during races.
- The series is governed by the Fédération Internationale de l’Automobile (FIA).
- There are ten teams with two drivers each who compete in Formula 1.
- The season typically consists of 23 races that take place from March to November.
- Different race circuits have different challenges, such as high-speed straights, sharp corners, or drastic elevation changes.
- Drivers compete for points throughout the season to win the Drivers’ Championship title.
- Formula 1 has produced legendary drivers like Michael Schumacher and Ayrton Senna who have become icons in the sport.
- Since its inception in 1950, Formula 1 has attracted over 500 million viewers worldwide.
- The average pit stop in F1 lasts just 2.4 seconds, showcasing the remarkable efficiency of the teams.
- The drivers experience forces that can exceed 5 Gs when taking corners, putting immense strain on their bodies.
- Over 60% of the annual F1 revenue comes from sponsorship and advertising deals with global brands.
- Each team spends an average of $200 million per season on research, development, and operations.
- F1 engineers use over 10,000 components to build a single car, ensuring maximum performance and reliability.
- More than 5 million fans attend F1 races worldwide each season, creating a vibrant atmosphere at the circuits.
- In recent years, F1 races have seen an impressive increase of female spectators, now representing around 35% of the total audience.
- The F1 industry generates approximately $7 billion in economic impact annually for host cities and countries around the world.
After reading through this Beginners Guide to Formula 1 you’re now up to speed with the intricacies of the sport, so it’s time to choose your favourite team and driver!
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