Folks, please don't waste your time and money on this AirAid junk. You will
notice no improvement except that you can now hear the air echoing through
the very brittle plastic housing that sits atop you throttle body. The
functional ram-air hoods with the accompanying air box is the best
performance gain. As this is sometimes cost prohibitive at @ $500, the
first runner-up would be the chrome 14" K&N setup. Been there, done that,
invest wisely. My .02
VLAD
96 Indy "FASRAM"
-----Original Message-----
From: owner-dakota-truck@buffnet4.buffnet.net
[mailto:owner-dakota-truck@buffnet4.buffnet.net]On Behalf Of
Dkota4by4@aol.com
Sent: Thursday, October 29, 1998 4:18 PM
To: dakota-truck@buffnet.net
Subject: Re: DML: RE:14" FIPK vs, Air Inlet Systems
So let me get this right. The 14x3 that l have on my 318 now is going to
perform better than the Quick D set up? I really don't want to pay $177 for
a
kit that is not going to do anything for me. Can someone please tell me
before l waste my $$
In a message dated 98-10-29 16:06:14 EST, you write:
<< dml-
there is reason to further understand the real elements in this air filter
issue. there are a number of units out there. k&n will provide cfm
ratings on all of their filters/systems if you call. the 14" unit is
around 700cfm. the magnum engine due to ve limits can't use that. k&ns
new genll systems have some exciting cfm #s. the chev vortech 350 unit,
for example, offers 4" tube with 1100 cfm filter. furthermore... k&n has
the r&d dept to fund research and their new parabloic aero chambers warrant
further lookie-see's... plus... the tubes are non-ferrous and exhibit less
engine heat absorbtion...
you can install the early dakota fipk on all v8 daks 96 up. add a 1/4X20
acorn nut anf it gets real pretty... :)
imo... the 14" delivers the best power for the $... and that is over all
current design cold air kits... mfg'd or home-built... or otherwise... the
reason being that the short distance from the air filter to the tbi bore...
favors the needs of the engine's ve for that tune state... and residual cfm
losses from tube, duct etc... are non-existant....
jam'n
>>
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