[Z06] Vette-Air Install and Cold Air Box mods for the Z06..>
#21
Former Vendor
#22
Safety Car
Looking at your design, I still think it will increase underhood pressure at higher speeds since there is no "air-tight' seal there, but at street speeds won't be noticable. If I were at a track, I would remove the back hood seal to help relieve some of that pressure and prevent any front end lightness at track speeds. By the way, where do you get the foil faced bubble insulation, R14 rated? I can see some other uses for that stuff!
#25
Former Vendor
Folks are typically seeing between 8 and 10 rwhp on the dyno with a fan. More gains can be felt on the road as air rushes into your AIS as the vehicle begins to breath deeper and deeper.
Thanks,
Carlos
#27
Melting Slicks
Member Since: Sep 2006
Location: Rockmart GA
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I have the Halltech Killer Bee intake and soon the e-tune next Tuesday. Offers the same benefits as Vararam, but less money for us that already have intakes. I would imagine the same gains as the vararam too.
I ordered the Air Charger tonight..looking forward to getting more cool air into my Killer bee set-up.
-R. Sanford
I ordered the Air Charger tonight..looking forward to getting more cool air into my Killer bee set-up.
-R. Sanford
#28
Safety Car
Thread Starter
I have the Halltech Killer Bee intake and soon the e-tune next Tuesday. Offers the same benefits as Vararam, but less money for us that already have intakes. I would imagine the same gains as the vararam too.
I ordered the Air Charger tonight..looking forward to getting more cool air into my Killer bee set-up.
-R. Sanford
I ordered the Air Charger tonight..looking forward to getting more cool air into my Killer bee set-up.
-R. Sanford
#29
Former Vendor
#30
Melting Slicks
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I was just looking at my killer bee intake and how it has a flat bottom and open sides unlike the stock open bottom intake. The bottom of the killer bee points down to where the air charger would be open. Wouldn't the outside air just be blowing in on the flat closed bottom of the killer bee intake rather than blowing in on the sides? I guess it still benefits from getting cooler air into the same compartment?
#31
Melting Slicks
That's funny, when at the track I always have some of my washer fluid running up the windsheild from under the hood. Also, several racers at Spring Mtn advised that I remove the seal to relieve the pressure (and heat) under the hood at high speed. To each his own I guess............
#32
Former Vendor
I was just looking at my killer bee intake and how it has a flat bottom and open sides unlike the stock open bottom intake. The bottom of the killer bee points down to where the air charger would be open. Wouldn't the outside air just be blowing in on the flat closed bottom of the killer bee intake rather than blowing in on the sides? I guess it still benefits from getting cooler air into the same compartment?
Thanks,
Carlos
#33
Safety Car
That's funny, when at the track I always have some of my washer fluid running up the windsheild from under the hood. Also, several racers at Spring Mtn advised that I remove the seal to relieve the pressure (and heat) under the hood at high speed. To each his own I guess............
The windshield fluid is responding to the high pressure at the base of the windshield, and as the hood is sealed is going where it can.
#34
Melting Slicks
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I tried, but after a ride around town it fell back down on the radiator shroud. Don't know what I can do to keep it resting up higher.
#35
Former Vendor
Regardless, you are getting air in there, and your Killer Bee is now getting cooler air. You want to see further proof? Check out your AIT readings with a Tech II or HP Tuners with the VA cover and then uncovered
Trust me amigo, it works. Remember, the simple of things often work the best
Thanks,
Carlos
#36
Safety Car
Thread Starter
We just now finished up Zpirates install, and the filter seems to be staying up..At least on our initial run. If if does not, I'll come up with a simple fix. My Killer Bee is due in Monday so I'll have more time to play with it then..
#37
Melting Slicks
I installed mine yesterday and let me tell you the little sucker battled me pretty good but its in there now... Im using the K&N Aircharger with my setup took it up to 150 and the gains were very nice. A few questions does the top of your vette air sit straight with the top of the bumper cover? Mine is a lil off... Also the clips that hold the stock plastic shroud in place wont hold it in place anymore is this normal or should i get a new set of clips? Thanks guys...
R.
R.
#38
Former Vendor
Actually, there is small opening that runs across the whole frame of these cars, the filter can be placed to rest in there and thus allow for even more air to enter the party.
Thanks,
Carlos
#39
Safety Car
Thread Starter
I installed mine yesterday and let me tell you the little sucker battled me pretty good but its in there now... Im using the K&N Aircharger with my setup took it up to 150 and the gains were very nice. A few questions does the top of your vette air sit straight with the top of the bumper cover? Mine is a lil off... Also the clips that hold the stock plastic shroud in place wont hold it in place anymore is this normal or should i get a new set of clips? Thanks guys...
R.
R.
Best to make that part stable with better clips...
Here's a link to John's post on the Vett-Air we put in today: http://forums.corvetteforum.com/show....php?t=1782801
Last edited by Modshack; 08-11-2007 at 05:03 PM.
#40
Melting Slicks
Actually, we tested this on a C5. Try it yourself and see. Just pull the seal off, and scotch tape some strings to the edge of the hood where the seal is removed. Now drive at speed and you'll see the strings will be going into the engine bay.
The windshield fluid is responding to the high pressure at the base of the windshield, and as the hood is sealed is going where it can.
The windshield fluid is responding to the high pressure at the base of the windshield, and as the hood is sealed is going where it can.
That was my point, the hood was NOT sealed, and the washer fluid cap is under the hood. The fluid was splashing out and being pushed to the windsheild by the hot air under there. I'm talking speeds of 100+ MPH at a track. If the air was going into the hood, the fluid would never show up on the windshield. I don't doubt at lower speeds the high pressure area at the intersection of the hood and windsheild would help force air under the hood, as in the "cowl induction" hoods on the '69 SS Camaros, and '74/'75 Vettes. However, I think as speed builds, the pressure differential (becomes greater under the hood) changes somewhere around 80-90 MPH.