It's a matter of physics and where the air is released instead of how much. The size of the air-outputs must be equal to the size of the air-intakes, and the air inside the body must flow with the least amount of resistance. Apparently, the Honda requires more cooling to the top of the engine and less from the sidepods. So it makes sense to also move the air-outputs higher up.gandharva wrote: ↑13 Feb 2019, 16:58Why are so much people afraid of cooling issues? Look at the huge gap between exhaust and engine cover:
That Honda (still) has plenty of space to breathe!
This is what the Renault engine got last year:
So, I'd say wait for the start of the european season. Then Newey will tighten it up.
We will see what happens when they have to be competitive through the whole weekend. I am just curious after the many problems Honda had with the narrow back of the McLaren. Hopefully for the F1 the situation will be different this time.
Since when Honda uses a water-air intecooler? AFAIK they only use air-air (a single one between 2015 and 2017 and one in each sidepod in 2018.
A nice post on mercedes W10 3d seems to confirm that. not only on vertical proportion that is evident but also in horizontally
It better is with that monstrous sidepod air inlet!