I'm thinking it could have something to do with improving either low-speed performance by allowing more air through when the car is in yaw, or maybe helping the car to behave better in cross winds by making it less sensitive
Maybe? My response was from a video with James Allison and Ted, where they spoke about the shape of the nose and why it was shaped that way.
The objective of this type of nose is to clear more space around the inner tips of the front wing flaps, so that the vortex generated there (called Y250 becauss of its lateral position) can be stronger and less disturbed by protuberances like pylons and tunnels.
Well that was worth watching, James come across as very passionate, perhaps even a little too passionate... Aero Porn , I’m never gonna get that out of my head now
Is it possible to post have a screenshot of it? Seems interesting
the bargeboards seems to be free of floviz.. there were suggestions that the cape was designed around secondary y250 vortex from below it to move towards the bargeboards and use the opposing rotation of the cape vortex to seal the floor... maybe the car has not ran in anger yet though
I’m still working on the concept but I can give you all an idea on the concept, the idea is for the nose to have 3 openings one at the tip an 2 on the top sides of the nose the idea is for airflow to go through these channels and out of 2 tunnels that exit at the bottom rear of the nose theoretically it should send the airflow through the nose and out the bottom towards the turning vanes and bargeboards and the cape is effectively a double cape that is basically designed to add a small amount of downforce it is still very early designs and I am yet to do CFD Simulations between the current nose and my concept for comparisoncharliesmithhd wrote: ↑11 Sep 2020, 15:10Is it possible to post have a screenshot of it? Seems interesting