PNSD wrote:Bigger wings mean more slipstream.
if the wake isnt too much of a problem it should help!
Bigger wings = more wake. You can slipstream a car with no wing. Areo-grip dependency is the problem. We need much less wing.
What is so sacred about 20K rpm and small engines? Why not allow 5 liter engines? They would easily make 1200+ BHP at 14K rpm. This would keep the lap times down and increase braking distances. MUCH less wing is needed. We need much more area of partial throttle. This would do it.
In theory if we had unlimited aero we would take every corner flat, there would be very limited passing (cars get "wide" in the corners) and the only difference would be in the car's aero slipperiness. If there was no aero, then the cars would be able to pass in mid-corner. We see this in tin-top series all the time. F1 needs this but they also need some wing or the lap times would be higher that other series which is unacceptable.
Large engines would be very reliable, cheaper and free from bogus homologation, we could see V8s vs V12s vs flat10s etc. Cheaper because no team is going to spend a gazillion dollars squeezing out an extra 10BHP when the lap is 85% partial throttle and the chassis can't handle more power. They will concentrate on suspension, traction, packaging, handling, etc.
Innovation over refinement is the prefered path to performance. -- Get rid of the dopey regs in F1