Schumacher spa 1994 was the first. I do not remember if there have been others since.
maybe a toyota?
I argue that teams would want to maximize that 2% you are talking about. They happen on the max loading (top speed) where you have more than enough downforce already.ringo wrote:Make it touch the ground so it bends yet is still touching the ground anyway,loses the plot.
To be very precise the concern is about wear at the front of the plank caused by rake which is desired because it lowers the front wing.hollus wrote: Has anybody ever been disqualified for excessive plank wear other than after a mechanical failure of some sort?
Yes, it has ALWAYS been about mitigating the consequences of impact.... the damage in the form of WEAR from impact is less.richard_leeds wrote:SO what you are saying is that IF the tray hits the ground, there is enough flexibility for it to bounce up, as opposed to dig in?
So it is about mitigating the consequences of impact. That then allows the team to take greater risk with lower the ride height because the damage from impact is less. The bounce up also minimises the chances of blocking the underfloor airflow.
This is a completely different scenario to deliberately engineering the tray to frequently hit the floor, that would cause more damage than a "normal" tray and also block the air flow.
For Ringo your statement must be a little more precise:timbo wrote:Apply the same force with the racked car sitting on it's wheels and the floor would bend more.ringo wrote:Make it touch the ground so it bends yet is still touching the ground anyway,loses the plot.
You see that things are being made up as we go along. That's why i like these threads.richard_leeds wrote:SO what you are saying is that IF the tray hits the ground, there is enough flexibility for it to bounce up, as opposed to dig in?
So it is about mitigating the consequences of impact. That then allows the team to take greater risk with lower the ride height because the damage from impact is less. The bounce up also minimises the chances of blocking the underfloor airflow.
This is a completely different scenario to deliberately engineering the tray to frequently hit the floor, that would cause more damage than a "normal" tray and also block the air flow.
Where is your evidence of this?hardingfv32 wrote:
Yes, it has ALWAYS been about mitigating the consequences of impact.... the damage in the form of WEAR from impact is less.
They ONLY person insisting on a scenario to deliberately engineer a tray to frequently hit the ground is Ringo.
Brian