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Car Racing DNA

Car racing dna

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Page 1: Car racing dna

Car Racing DNA

Page 2: Car racing dna

Cockpit Safety

At the heart of the monocoque lies the survival cell and within that the cockpit.

For safety reasons, no fuel, oil or water lines may pass through the cockpit and the driver must be able to get out within five seconds without having to remove anything except seatbelts and steering wheel.

The width of the cockpit must be 50 centimetres at the steering wheel and 30 centimetres at the pedals. The temperature inside the cockpit averages 50 degrees Celsius.

Page 3: Car racing dna

Power Unit And ERS The internal combustion engine of a Formula One car must 1.6-litres in capacity and rev-limited to 15,000rpm. 

The engine must also have six cylinders arranged in a 90-degree formation, with two inlet and two exhaust valves per cylinder and a single turbocharger. 

Fuel flow to the engine is limited to 100 kilograms/hour. The overall weight of the power unit must be a minimum of 145kg. The Energy Store must be installed wholly within the survival cell and must weigh between 20kg

and 25kg.

Page 4: Car racing dna

Gearbox Each driver may use no more than one gearbox for six consecutive events.

Cars must have eight forward gear ratios as well as a reverse gear.Every unscheduled gearbox change will require the driver to drop five places on the grid

at that meeting. Although gearbox ratios are fixed for the season, teams may change gears or dog rings at

any time during an event providing that the FIA technical delegate is satisfied that there is physical damage to the parts in question.

Page 5: Car racing dna

Brake System Formula One cars must have one brake system operated through a single brake pedal. No braking system may be designed to prevent wheels from locking when the driver applies pressure to the brake pedal.

Anti-lock braking systems (ABS) are not allowed - brake pressure must be controlled by the driver’s physical input only and not by any other system.

The rear brake control system is allowed provided that the driver brake pedal is connected to a hydraulic master cylinder that generates a pressure source that can be applied to the rear braking circuit if the powered system is disabled.

Page 6: Car racing dna

Tyres And Wheels

Front wheels must be between 305 and 355mm wide, the rears between 365 and 380mm.

With tyres fitted the wheels must be no more than 660mm in diameter (670mm with wet-weather tyres). Measurements are taken with tyres inflated to 1.4 bar. 

If the race is started behind the safety car because of heavy rain… the use of wet-weather tyres until the safety car returns to the pits is compulsory.

Page 7: Car racing dna

Fuel Usage And Refueling Cars may use no more than 100kg of fuel in each race (with the power unit regulations stipulating that fuel flow must not exceed 100kg/hour). Drivers exceeding the fuel limit during a race will be immediately excluded from the race results.Teams are not permitted to add or remove fuel from a car during a race. In other

occasions during the weekend they may refuel cars but only in their respective garages, and only at a rate of 0.8 liters per second.

Page 8: Car racing dna

Suspension And Steering Systems Formula One cars must have conventional sprung suspension. Any powered device which is capable of altering the configuration or affecting the performance of any part of any suspension system is forbidden.

Any system, such as active suspension, that can alter the suspension or its geometry while the car is moving is forbidden.

Suspension members must have a symmetrical profile for the majority of their length.

Page 9: Car racing dna

Electrical Systems

All components of the power unit, gearbox, clutch and differential, in addition to all associated actuators, must be controlled by the standard ECU (Electronic Control Unit).

The electrical and software systems of all cars are inspected by the FIA at the start of the season and the teams must notify them in advance of any subsequent changes.

All pit to car radio transmissions must be open and accessible to both the FIA and broadcasters. 

Page 10: Car racing dna

Testing F1 CarTeams are permitted to carry out no more than 15,000km of testing with a current car (or previous year’s car) in a single calendar year. 

During testing) cars being driven by drivers who do not possess a Super Licence must be fitted with a green rear light which must be illuminated at all times the car is on the track.

Testing can only take place with one car per team at FIA-approved sites and cannot take place outside of Europe without the agreement of a majority of the teams.

Page 11: Car racing dna

Penalties And Driver Protocol There are strict rules governing on-track behavior and stewards have the power to impose  various  penalties  on  a  driver  committing  an  offence  during  a  race  or practice session.Unless  it was completely clear  that a driver was  in breach of any of  the above, any incidents involving more than one car will normally be investigated after the race.

Page 12: Car racing dna

Race Start Procedure

30 minutes before the start of the formation lap the pit exit will be opened and cars will be permitted to leave the pit lane to cover a reconnaissance lap. At the end of this lap they will stop on the grid in starting order with their engines stopped.

17 minutes before the start of the formation lap, a warning signal will be given indicating that the end of the pit lane will be closed in two minutes.

Any car which does not complete a reconnaissance lap and reach the grid under its own power will not be permitted to start the race from the grid. 

Page 13: Car racing dna

Points Classification And Race Distance At the conclusion of each Grand Prix, the top ten finishers will score points towards both  the  drivers’  and  constructors’  world  championships,  according  to  the following scale:

1st 25 points2th 18 points3rd 15 points4th  12 points5th  10 points6th  08 points7th  06 points8th  04 points9th  02 points10th  01 points

Page 14: Car racing dna

Pit-lane Procedures

The FIA allocate garages and an area in the pit lane to the teams on a strictly equal basis.

Within these designated garage areas is one position - or pit box - where pit stops may be carried out during practice sessions, qualifying and the race. 

No powered device may be used to lift any part of a car in the pit lane during a race.

Page 15: Car racing dna

The Safety Car And Suspending A Race To maintain competitors’ safety over a race weekend, particularly in the event of an accident or extremely poor conditions, the FIA has two main methods of neutralizing a practice session or race: the safety car or the virtual safety car (VSC).

The VSC procedure may be initiated to neutralize a practice session or a race upon the order of the clerk of the Course. It will normally be used when double waved yellow flags are needed

Page 16: Car racing dna

Television Cameras And Timing Transponders Throughout a Grand Prix weekend all cars must be fitted with at least five on-board cameras or on-board camera housings. Any decision as to whether a camera or camera housing is fitted in those positions will be by agreement between the relevant Competitor and the Commercial Rights Holder. Article 20.3.1 of the 2016 FIA Technical Regulations

A camera must always be mounted on top of the air box above the driver’s head must always contain a camera. A camera or camera housing must be fitted at the other four locations, depending on broadcast decisions.

Page 17: Car racing dna

THANKS