Brake cooling
While I work on my car's diet, I am also looking at how to put in some brake cooling ducting to the center of the rotors up front. I did a search but was not able to find anyone who had run some ducting from the front (not necessarily through he brake duct hole) into the trunk area and then directly into the rotor.
I cannot put ducting in the fender well area coming through the front fender liners since the wheel/tires will simply wear the ducting out each event when the wheels are turned.
So if anyone has seen a solution that can run ducting perpendicular to the rotor and then out the front to get the air flow I would love to hear/see it.
I was thinking that some ducting could be put into the lower front splitter area (below the fog lights/brake duct holes) running it through the trunk wall in front. Then running it through the trunk wall directly to the rotor thus avoiding any wheel clearance issues with the ducting when turning. Thoughts?
Thanks!
I cannot put ducting in the fender well area coming through the front fender liners since the wheel/tires will simply wear the ducting out each event when the wheels are turned.
So if anyone has seen a solution that can run ducting perpendicular to the rotor and then out the front to get the air flow I would love to hear/see it.
I was thinking that some ducting could be put into the lower front splitter area (below the fog lights/brake duct holes) running it through the trunk wall in front. Then running it through the trunk wall directly to the rotor thus avoiding any wheel clearance issues with the ducting when turning. Thoughts?
Thanks!
I didn't do it but Eric smashed it and put a guard up there (molded aluminum shield)... so it is now a ram air effect and no wear out with wheel turned... sorry I can't show any photo as the car is in winter storage already..
Kary,
You don't need to do that. There are factory pieces that allow you to connect a 3 or 4 inch hose to a "collector" that is carbon fiber, it is located just of aft the front fender liner and prevents the hose from being damaged. Looking for a picture of the exact part but I can't find one right now. Another option is to run the hose and build a cover from thin sheet metal or aluminum to prevent damage to the hose. The last suggestion is what I use, the ducting has lasted for two years.
Look on this web page towards the bottom and you may better understand what I am talking about.
http://www.scargoracing.com/html/brakes.htm
You don't need to do that. There are factory pieces that allow you to connect a 3 or 4 inch hose to a "collector" that is carbon fiber, it is located just of aft the front fender liner and prevents the hose from being damaged. Looking for a picture of the exact part but I can't find one right now. Another option is to run the hose and build a cover from thin sheet metal or aluminum to prevent damage to the hose. The last suggestion is what I use, the ducting has lasted for two years.
Look on this web page towards the bottom and you may better understand what I am talking about.
http://www.scargoracing.com/html/brakes.htm
Last edited by Greg Fishman; Nov 13, 2004 at 02:54 PM.
Guru
Lifetime Rennlist
Member
Rennlist Small
Business Sponsor
Lifetime Rennlist
Member
Rennlist Small
Business Sponsor

Joined: Aug 2001
Posts: 15,751
Likes: 104
From: yorba linda, ca
Originally Posted by kary993
I cannot put ducting in the fender well area coming through the front fender liners since the wheel/tires will simply wear the ducting out each event when the wheels are turned.
Ray, I have seen these before on the internet but never seen anyone who uses them in person. These do not seem to get as much air flow as a direct pipe to the front from what I can see. Am I missing something there. I assume the thin duct part is sitting just below the A-arm and it getting air directly or indirectly from the factory scoop?
Kary, I have the AJ kit but have not yet installed it. The scoop sits below the A-arm and may even require removal of the factory "scoop". I do think with a simple bit of fabrication you could get more than adequate air flow into it.

