DRS (F1) is a Drag Reduction System. It works by opening the rear wing on certain straights to reduce drag on the wing.
made from carbon fiber is the Mclaren f1 in 1992
110 octane petrol
F1 teams use Nitrogen to fill the tires because of its low dilatation compared to air, a small dilatation in a F1 tire will result in unbalancing the car.
The wing length of the F1 offspring will depend on the specific genetics of the parent organisms. It will be a combination of genetic factors from both parent organisms, following the principles of inheritance.
A Car by about 40 meters at 180 mph
F1 car has more power and it is lighter than GT1 car
Buy a CD of an F1 and play it really loud or buy an f1. There is no way, it is in the engineering.
Nowhere. Polycarbonate is too weak. All F1 cars use resin treated carbon fibre, even in the chassis.
F1 or first filial
You can rent an F1 car from The Jordan Company in the UK. You may have to cover the cost of shipping it to the US.
Downforce occurs when air flowing over something pushes it into the ground. An F1 car is very light so it is fast in a straight line and can be thrown into the corners but because it is so light the car will have very little grip in the corners. Downforce adds to the weight of the car with the force of air pushing it down. The new DRS (drag reduction system) on the cars stops downforce - which causes drag - in the long straights. When a front wing or another part of an F1 car that makes downforce comes off the car has less grip and this often leads to crashes. Overall, downforce is essential to keeping an F1 car on the track