I'm not really convinced - why would you want to flex the wing element when you want it to be producing downforce (i.e. when you aren't activating DRS)?Cocles wrote:When the car speeds up, a larger than average gap appears between the closed DRS plank and the rear wing. It's especially visible from the back. Could that be the F-Duct working? It doesn't remove drag off the wing when the DRS plank is open, it removes drag when it's closed. That's why it's completely passive and there's zero driver input. That magic is happening when the driver *isn't* hitting the button.
I'll leave it up to the armchair engineers to figure out how the DRS plank could be flexing when it's closed. Could it be hollow and bend when the air inside is pressurized? Is that possible?
Edit: I'm assuming that reducing drag would also reduce downforce