QUOTE (Supercar @ Aug 24 2009, 18:43)

The top of the front fender in the video at the 1:10 point is slanted in the wrong direction. To minimize the fender height it should lean the other way, towards the inside of the car.
http://supergt.net/supergt/2009/09gallery/...ry.htm?0901012#And that rounded rear fender at 1:05 without a definite edge of flow separation would create a massive drag.
hi thanks for the reply , the idea i had for the front fenders , was to similate the old school canam cars , witch had verticle fences on the out side of the car body , containing the air flow with in the car (just like end plates on a std wing ) the fender is all so shaped like a ventury , the high walls contain the air , and the shape compresses inbetween the fenders , then expands at a greater rate ounce past the fenders , assisting the flow rate around the cockpit area , the same idea was put into the rear fenders as well , the whole idea for the rear of the car was to have all areas of the air flow hook up to reduce drag , you can see the top of the car matches the bottom of the car - just like the end of a wing section , the rear bumper profile ,was intending to pull the airflow from the sides to meet up with middle airsteam of the car , if you look carfully at the new LM1 lemans cars , they have a similer shape , it is a road car , and not a LM1 prototype , but no one has put this technology from these cars into a supercar , this technology is better suted then F1 tech , so that was my aim for the design , i cant thank you enogh for your comments , ive had a few like yours that have made me think , cheers