
F1 race, also called Formula One or Grand Prix is an international auto racing sport. As its name implies, F1 is the pinnacle of formula racing, featuring the best drivers in the most powerful, technically advanced cars.
This sport is associated with the thrill and excitement of speed racing. This auto racing sport is governed and sanctioned by a world body called the FIA – Fédération Internationale de l’Automobile or the International Automobile Federation.
This sport has its roots from European Grand Prix championships of the 1920s and 1930s. The modern F1 began in 1946 when the Fédération Internationale de l’Automobile’s (FIA) standardized racing rules, which was followed by a World Championship of Drivers held in 1950.
Formula racing is, by definition, highly regulated. Specific rules — or formulas — define exactly how cars must be configured and exactly how a race must be conducted. F1 rules come in two distinct categories.
Sporting regulations cover all aspects of the race itself, from how a race is started to how it’s concluded and everything in between. Technical regulations provide specific details about the car’s major systems, including the engine, transmission and suspension.
For latest standings in F1 refer: FIA Site
F1 is a team event, though it may seem apparent that it is the driver who drives the racing car. The driver is an important member of the team, but there are many engineers and support staffs involved in this sporting event.
This sport is played according to a pre-determined schedule, spanning across multiple countries. The F1 season starts around the middle of March every year and ends around the last week of November.
Race events take places in race circuits specially designed for testing the driver’s control, ability and handling of the race car. These race circuits are also a test for the car’s endurance and manoeuvrability. Sometimes they are conducted on closed public roads as well.
The racing circuit has bends of different circumference as well as straight lines that tests both the cars straight-line speed and braking manoeuvres along with drivers skills.
The driver who crosses the finish line first after completing a pre-determined number of laps of a circuit is declared the winner of the race. Driver and teams are awarded certain points based on the position of the car after finishing each race.
At the end of the racing season, the driver who has acquired the maximum number of points accumulated throughout the racing year is declared as the Driver champion. Likewise, the team that has acquired the maximum number of points accumulated throughout the racing year is declared the Constructors champion.
F1 is an expensive motorsport event that requires the most advanced technology for the car. So a lot of funds are invested in research and development of design, engine, fuel efficiency, braking etc.
The objective is to make the racing car lighter and smooth aerodynamically with an engine that can deliver the maximum thrust and can brake hard along with easy manoeuvrability.
The F1 race car is itself very expensive having thousands of parts. Logistics and moving these many parts along with the race car itself to distance places throughout the year along with the staff also bears a heavy cost.
Ten teams participate in the F1 World Championship with two cars each. A total of 20 cars enter the competition each year. Each F1 team can have a maximum of four drivers per season. There are also a team of engineers, mechanics, team director, the technical director usually called the support staff with every F1 team that plays a vital role in the team’s success.
The minimum standard distance for all races in a season year is 300 km or 190 miles. The total length of a race circuit is divided by this distance to calculate the number of laps the driver needs to complete to finish a race.
The only exception being the race at Monaco which is 260 km or 160 miles. The race at Monaco is considered to be the toughest race that has many hairpin bends and a tunnel that takes a huge effort from the drivers.
The F1 car is an open-cockpit, single-seat racing car built specifically for racing in F1 competitions. The engine is located behind the driver and the chassis has two wings one at the front and other at the rear. The F1 race car consists of three most important components – the chassis, the engine and the tyres that take the brunt of pondering.
F1 car’s width can be up to 200 cm and height up to 95cm. The weight should be greater than 743 kg including driver and tyres. The driver and his kit must weigh a minimum of 80 kilos. In case the driver and their kit weigh less, their cars must take ballast, which must be fitted in the cockpit area only to overcome the weight deficit.
Engine of F1 car must have a 1.6 litre turbocharged V6.
Gearbox is semi-automatic sequential which is electronically controlled with rapid selection usually made up of carbon titanium having 8 forward gears and 1 reverse gear, with rear-wheel drive.
Steering wheel of an F1 car is equipped with a lot of electronic switches by which drivers can change gears; change the brake pressures, calling on the radio. Some steering wheels also have the circuits design to help the drivers to check which part of the circuit they are driving.
Tyres are made by a third party like Pirelli, Michelin or Dunlop according to the specification of FIA. The manufactures use these tyres as decided by FIA. The front tyres are 305mm wide and the rear tyres are 405 mm wide. Each tyre is marked based on the composition as white-marked for hard tyre type, yellow-marked for medium tyre type and red – marked for soft tyre type.
Brakes used are carbon disc brakes for both front and rear wheels with electronic control system on rear brakes.
Front wing is one of the most important components of the F1 car, it produces downforce at the front end. Moreover, it also manoeuvres the airflow over the rear, which is a key factor in delivering effective aerodynamics.
Brake ducts are also very crucial component; they are designed as such to cool the carbon disc brakes that can reach temperatures of over a thousand degrees Celsius during consistent braking.
Rear wing is about 870mm in height and about 1050mm wide. This larger wing creates more drag and the rules now allow for a larger opening to be created between the rear wing flap and main plane when DRS is engaged. This means that the loss in drag and boost in speed will be more marked than with the current wing.
Bargeboards are the side-mounted vanes that provide direct airflow to some specific areas of the F1 car. The maximum height of bargeboards is 350 mm above the reference plane.
Taillights that are LED lights are fitted behind the rear wing endplates. This allows drivers to get a clearer view of the car ahead in poor conditions.
F1 cars are made for speed, and they can accelerate from 0 to 100 mph (160 kmph) in under 5 seconds. They regularly can attain speeds more than 310 kmph on a straight road.
F1 is high-speed motorsport, hence safety of drivers and spectators are of utmost priority. FIA has its official safety regulations and any violations are penalized heavily. This sport has seen many casualties due to the lack of enhanced safety measures.
Ayrton Senna former F1 world championships for McLaren in 1988, 1990 and 1991, and who is widely regarded as one of the greatest F1 drivers of all time died in an accident while leading the 1994 San Marino Grand Prix for Williams.
On 5 October 2014, 25-year-old Marusia driver Jules Bianchi suffered a severe head injury during Sunday’s Japanese GP and later succumbed to his injury.
Crash Helmets: Head and neck injuries remains the greatest single injury risk to drivers. A driver’s head is subjected to extreme G-forces experienced during accelerating and braking with a high-speed car. Crash helmets are compulsory in F1 racing since 1953.
A modern F1 helmet is very light weighing around 1.3 kilos and are very strong. The stronger the helmet, the greater is its ability to absorb impacts and resist penetration during a crash.
They are mainly made up of carbon fibre, polyethylene and fire-resistant aramide, and are constructed in several layers. The helmet’s visor is also made up of fire-resistant polycarbonate providing excellent visibility.
Drivers use tinted visors that are coated with anti-fogging chemicals that prevent the accumulation of mist during rain. Several transparent strips are attached outside the visor that drivers can peel off to clear their vision to remove the dirt accumulating in the visor during the race.
Adequate and filtered ventilation is also provided in the helmet for breathing. The helmets are aerodynamically designed to minimise drag.
HANS: To keep the car’s centre of gravity as low as possible, the bottom of the seat is on the floor of the chassis, just inches above the ground. In the event of an accident, Head and Neck Support (HANS) is intended to prevent stretching of the vertebrae and to prevent the driver’s head from colliding against the steering wheel.
HANS consists of a shoulder collar made up of carbon fibre that is attached to the shoulder of the driver. HANS has been made compulsory since 2003.
Clothing: Driver suit is made up of fire-resistant, a lightweight artificial fibre called Nomex. It can withstand a temperature of 840 degrees Celsius for 11 seconds. These suits are also worn by pit crews. Under the helmet drivers wear a balaclava made of the same material.
Under the suit, the driver also wears flameproof underwear. Ankle boots are made of soft, cushioned leather is also fire-resistant; the gloves are also fire-resistant and made up of the same artificial fibre. The driver must wear a biometric glove during driving.
F1 car must be fitted with an FIA accident data recorder during each Event and during all tests which are attended by more than one team.
F1 race takes place according to a pre-determined schedule, over a weekend. It takes place through a period of 3 days Friday, Saturday and Sunday.
Pits Selection: Generally the winning constructor from the previous year picks which end of pit lane they want, at some tracks driver can get an advantage by being last in pit lane but most of the time driver gains the advantage from being first and so that they don’t have another team in the way when driving into the pit box, and all the remaining teams are ordered from them based on the previous year’s Constructors results.
On Friday before every F1 Grand Prix (except Monaco), there are two 90-minute practice sessions. Monaco has them on Thursdays. Teams use them to work on setups and strategy choices for the coming weekend, while the drivers get an opportunity to learn or re-familiarize themselves with the circuit.
On Saturday, begins with the 3rd practice session in the morning, the duration of this session is one hour. Saturday afternoon the teams have a one-hour qualifying session divided into three parts
Q1: During qualifying session 1, all the participating cars try to set the fastest time. The five slowest cars are eliminated, earning the bottom grid positions.
Drivers are allowed to complete as many laps as they want during this short space of time that lasts 18 minutes. They are positioned 16, 17, 18, 19 and 20 on the starting grid based on their fastest timings.
Q2: This session lasts 15 min after a brief period of the interval, where the remaining 15 cars participate and try to set the fastest time. The five slowest cars are eliminated. They are positioned 11, 12, 13, 14 and 15 on the starting grid based on their fastest timings.
Q3: The duration of this session if of 12 min and the remaining 10 cars participate in this session. The final grid standing of these 10 cars is based on the fastest timings set in this session. The driver finishing the fastest amongst them all is awarded the pole position, which is the first position of the grid.
Race: F1 race takes place on Sunday afternoon. The race starts with a warm-up lap, drivers drive the car along the race track in slow speed to ensure that track conditions are safe and handling of the car. This lap is also used to build up tyre temperatures.
Once all the cars have taken their positions on the grid with their engines running, the race begins with the five pairs of lights turning green one after another after 1 sec each. When all five pairs of lights turn green the race begins.
DRS: F1 car needs downforce to keep the cars on the track in the corners. When cars accelerate through the straight line, the additional speed creates much more downforce than required.
DRS (“Drag Reduction System”), enables a car to open its rear wing to control the downforces on the car. This increases performance and helps in passing. This system is activated by the driver through a button on the steering wheel. During the race, DRS can only be used in designated Activation Zones.
F1 event is supervised by six delegates nominated by FIA for each race they are:
The F1 safety car is driven by an FIA appointed driver and carries an FIA observer capable of recognising all the competing cars who is in permanent radio contact with race control.
Fifty minutes before the start of the formation lap the safety car leaves the pit lane and take up the position at the front of the grid and remain there until the five-minute signal is given, during which it covers a whole lap of the circuit and take up the position.
The safety car may be brought into operation to neutralise a race upon the order of the clerk of the course in consultation with the race director. It is used only if competitors or officials are in immediate physical danger on or near the track but the circumstances are not such as to necessitate suspending the race.
FIA light panels’ displays “SC” and all marshal’s posts displays waved yellow flags and “SC” boards for the duration of the intervention. No car may be driven unnecessarily slowly, erratically or in a manner which could be deemed potentially dangerous to other drivers or any other person at any time whilst the safety car is deployed.
This applies whether any such car is being driven on the track, the pit entry or the pit lane. The safety car joins the track with its orange lights illuminated and does so regardless of where the race leader is.
Each competing cars must reduce speed and form up in line behind the safety car no more than ten car lengths apart. To ensure that drivers reduce speed sufficiently. Cars are not normally allowed to pass the safety car or other competitors during a caution period, and the safety car leads the field at a pre-determined safe speed.
The safety car has been supplied by Mercedes-Benz. It is a 577-horsepower AMG GT R machine. It is equipped with radio systems, fully integrated iPads and WLAN hotspots to ensure constant contact with race control throughout a Grand Prix weekend.
Driven by Bernd Maylander a former successful touring-car racer. He maintains the pace during the safety period just high enough so that the F1 cars’ tyres and brakes do not cool down too much.
Flags play an important role in visually communicating messages quickly and efficiently to the race drivers. Although the radio could theoretically perform the same task, flags are much easier to use to communicate these certain universal messages to the drivers like the race start or finish, lap indication, bad weather indication, etc.
Race Marshal raises the flags to alert the driver of the upcoming dangers so that they can take proper action. Though some race tracks employ lights to supplement the flags, they have remained constant since the early years of racing.
Checkered Flag: A checkered flag is waved indicating the end of a race. The race leader is shown the checkered flag at the end of the race. The checkered flag is also waved at the end of the allotted time during practice and qualifying sessions which indicates the end of the session.
Yellow Flag: This flag warns drivers to slow down due to some obstacles on the track. During the yellow flag period, overtaking is prohibited.
Green Flag: This flag gives an all-clear signal to the driver and continues with racing. It also indicates that the potential danger has been removed.
Red Flag: The race or the session is being stopped due to some accident or poor track conditions.
Blue Flag: This flag is an indication that the driver is about to be lapped by a faster car which is ahead of cars current position. Driver must allow the faster car to overtake him. Overlooking 3 blue flags, driver risks to be penalized.
Yellow And Red Striped Flag: The track surface is slippery due to oil spill or water.
Black With Orange Circle Flag: This flag warns a driver that he has a mechanical problem and must return to his pit. This flag is rarely shown these days the message is directly communicated to the driver through radio.
Black Flag: This flag is used as a signal to the driver that he has been excluded from the race, and that the driver should immediately return to his pit.
Half Black And Half White Flag: This flag warns the driver of unsporting behaviour.
White Flag: Warns racing drivers of a slow-moving car on track which can be ambulance or firefighters.




















