wesley123 wrote:they simply cannot bolt on a copy and hope it works, the nose is the start of the whole car, thus isnt actually the place to replace when it isnt needed.
Those strakes probably create an vortex thus reducing drag around the suspension arms or they seal off the lower side nose.
You cannot compare the vortex generators on an airplane to the ones on a f1 car, on the air plane it is clearly to allow the wing to generate more lift in high angle situations, but it cant be compared to the one on the merc as there isnt a wing further down.
I was not comparing them, i was demonstrating what they do.
remember this car?
See the sharp curved edge along the top of the bonnet. They were effective but they they added drag, but it was an attempt to affect the rear wing.
The Merc dive planes or strakes, are probably for the rear wing or air intake, but the wing is too far away from to be greatly affected anyway. Whatever it is, they are growing in size.
I think it's more to do with sealing the underside of the nose like i said than the suspension arms which have some movement.
About the nose, i don't think it can be said the car is designed from the nose and back. Remember BMWs table top solution mid season last year?
Any nose can be slapped on, as long the wind tunnel shows it's better than the existing one . It just has to be flush with the body and you're good.
The nose is not as integral as the front wing or floor, or even a DDD, and teams were slapping on DDD left right and center last year and still finding speed. the RB5 wasn't even designed to take a DDD and it still improved.
Let's say for example a red bull nose is 2 steps forward in down-force on the front splitter, 1 step forward in nose drag but 1/4 step back with side pod drag, on the Brawn style pods, because of the V ridges. It's still 2 3/4 steps forward and other side-pod changes to get back the 1/4 step can be made later down in the season.