This would create a stalling effect around the innermost areas around the front wing. Currently the vortex rotating around the inner edges of the front wing is used to help stop that area from stalling as it is the area with the highest angle of attack to the airflow.PlatinumZealot wrote:This is my solution to increasing the air flow to the tea tray.
A single pylon with aero dynamic teardrop profile and special guide vanes on the wing tips to help keep the air flow as straight as possible under the nose. This should minimize the low nose deficit.
http://img.photobucket.com/albums/v626/ ... c102f6.png
2nd putting more bodywork pieces in front of the airflow will only change its direction momentarily, it would not actually increase the massflow of air going under the nose to the T-tray.
Majorly those extensions would kill the vortex created on the enter edges of the wings that flow backwards to the turning vanes and then flow around the the bottom of the sidepods.