A place to discuss the characteristics of the cars in Formula One, both current as well as historical. Laptimes, driver worshipping and team chatter do not belong here.
Am I seeing things or is the angle of attack unusually small on the rear wings second element? The gap between the two seems larger than normal as well
Drag reduction without DRS open, in fact. Enlarging the slot height gets more air in there to prevent stall, but lowers the pressure difference, lowering the drag and downforce. However, I'm not sure that is the case with this spoon RW on STR13.
Perhaps this might be a 2019 topic for STR14 but I was curious if whether STR Honda had considered changing their brake system from Brembo to Akebono. It seemed McLaren had an advantage under braking and I wondered how much the partnership was made possible with Honda being in the picture. STR probably prefers to stay with Brembo but Honda might suggest trying out Akebono. I don't have any data to show if one is better than the other or how many different brake system providers there are in F1.
I guess that Mclaren advantage in braking is more likely about weight distribution and suspension setup rather than brake manufacturer.
Braking at the end of the long straights at Baku is mainly about a) Retaining tyre temperature on the straight and b) running high downforce/drag setups comparitively.
Weight distributions are fairly tightly fixed, wheelbases aren't too dissimilar for weight transfer and braking effects, discs are fairly cold from the huge amount of air they just took in so heat isn't too much of an issue - it builds up more in the twisty section.
Gone for good, it was great in it's hayday, thanks to all who contributed.