ok, well, the thing is that you actually do find the maximum speed through the corner. For example, lets say at the apex, the max speed is 50 mph.
-start braking from 100 mph, and downshift.
-before turn-in, let off the brakes, and let the car settle
-at about 60 mph, turn in, and let the car drift to the apex. (the specific speed is just something you need to work on, and then just do it by feel).
-at the apex, the car is now going the required 50 mph.
-after the apex, get hard on the throttle.
Now, taking the classic line, you might be able to take the entire corner at 55 mph. However, you would have to slow down to about 55 mph before turn-in. Then you would go through the entire corner at only 55 mph. With the other method, you enter the corner way faster, thus allowing you to brake later... Then you have all that time where you are faster than the other car while you are going towards the apex.
Here's a graph. The red line shows the car getting off the brakes earlier, and allowing the car to coast and drift into the corner. the green area shows all the time where the red line is above the black line, and thus going faster. the red area is where the black line is going faster than the red line. In this case, if you calculate the area between the lines, it will give you the difference in time between the two. (theorems of calculus...) anyway, in simple terms, there is more green than red, so therefore the red line is faster.
-start braking from 100 mph, and downshift.
-before turn-in, let off the brakes, and let the car settle
-at about 60 mph, turn in, and let the car drift to the apex. (the specific speed is just something you need to work on, and then just do it by feel).
-at the apex, the car is now going the required 50 mph.
-after the apex, get hard on the throttle.
Now, taking the classic line, you might be able to take the entire corner at 55 mph. However, you would have to slow down to about 55 mph before turn-in. Then you would go through the entire corner at only 55 mph. With the other method, you enter the corner way faster, thus allowing you to brake later... Then you have all that time where you are faster than the other car while you are going towards the apex.
Here's a graph. The red line shows the car getting off the brakes earlier, and allowing the car to coast and drift into the corner. the green area shows all the time where the red line is above the black line, and thus going faster. the red area is where the black line is going faster than the red line. In this case, if you calculate the area between the lines, it will give you the difference in time between the two. (theorems of calculus...) anyway, in simple terms, there is more green than red, so therefore the red line is faster.
Comment