View Poll Results: Which Intake??
AFE Stage 2



4
66.67%
AEM Brute Force



2
33.33%
Voters: 6. You may not vote on this poll
Intake...AEM or AFE
CF Veteran
Joined: Jun 2011
Posts: 1,023
Likes: 1
From: Southern Idaho
Year: 1994
Model: Cherokee
Engine: 4.0 L/242 CID I-6 High Output MFI
CF Veteran
Joined: Sep 2010
Posts: 12,692
Likes: 6
From: Mercer County, NJ
Year: 2001
Model: Cherokee
Engine: 4.0L I6 HO
You could always run a line into your passenger cowl and get a CAI that way. And there is a filter that can fit in the cowl too. I need to look it up again to remember which
Member
Joined: Mar 2011
Posts: 100
Likes: 0
From: Chicago and UP Michigan
Year: 1997
Model: Cherokee
Engine: 244 CID High Output (4.0)
You guys realize you CAN'T do cold air on these right? The header is practically designed to heat the intake manifold. You're just wasting 300 bucks. If you want a less restrictive filter, just get the K&N panel for the stock box, and hollow out the sides. ...and no you don't have to worry about turbulent air seeing as the throttle feeds straight into a flat wall on the bottom of the Manifold.
The only way to really increase power on these blocks is forced induction. Nitrous Oxide is only a temporary rise and will break stuff fast.
The only way to really increase power on these blocks is forced induction. Nitrous Oxide is only a temporary rise and will break stuff fast.
Member
Joined: Mar 2011
Posts: 100
Likes: 0
From: Chicago and UP Michigan
Year: 1997
Model: Cherokee
Engine: 244 CID High Output (4.0)
Not even that. It doesn't matter where you get the air. You could run a snorkle down to Antarctica and still get nothing but hot air to the combustion chamber. You can wrap the headers and vent the hood to your hearts content but it isn't going to make a difference. Get over it and stop wasting your money.
You guys realize you CAN'T do cold air on these right? The header is practically designed to heat the intake manifold. You're just wasting 300 bucks. If you want a less restrictive filter, just get the K&N panel for the stock box, and hollow out the sides. ...and no you don't have to worry about turbulent air seeing as the throttle feeds straight into a flat wall on the bottom of the Manifold.
The only way to really increase power on these blocks is forced induction. Nitrous Oxide is only a temporary rise and will break stuff fast.
The only way to really increase power on these blocks is forced induction. Nitrous Oxide is only a temporary rise and will break stuff fast.
You realize that that the air in the intake is not in it long enough to warm up a substaintial amount?
If your arguement were true, there would be no need for a Manifold Air Temperature Sensor.
The air temperature does rise and fall. This changes the resistance of the sensor which in turn changes the signal to the PCM. The PCM uses this input (and others) to adjust the injector pulse width.
CF Veteran
Joined: Nov 2009
Posts: 1,291
Likes: 1
From: Manahawkin New Jersey
Year: 96'
Model: Cherokee
Engine: 4.0 160k banks header dumping after the cat
i've been running the AEM for a couple of years now, its awesome on the road, it delivers a real deep growl when you get on it, and i'm convinced it gave me a little extra pep in my step... for offroad purposes it probably isn't the best bet and neither is the AFE. i have to be careful with the holes that i hit and when i do i have to go somewhat slowly to avoid splashing up mud and soaking the filter with crud. if your not worried about that kind stuff then just disregard that. the AEM is a good simple set up with a filter that is supposed to last forever, just gotta clean it with some soap and water every now and then.
Member
Joined: Mar 2011
Posts: 100
Likes: 0
From: Chicago and UP Michigan
Year: 1997
Model: Cherokee
Engine: 244 CID High Output (4.0)
Originally Posted by FrankZ
That's only partially correct.
You realize that that the air in the intake is not in it long enough to warm up a substaintial amount?
If your arguement were true, there would be no need for a Manifold Air Temperature Sensor.
The air temperature does rise and fall. This changes the resistance of the sensor which in turn changes the signal to the PCM. The PCM uses this input (and others) to adjust the injector pulse width.
You realize that that the air in the intake is not in it long enough to warm up a substaintial amount?
If your arguement were true, there would be no need for a Manifold Air Temperature Sensor.
The air temperature does rise and fall. This changes the resistance of the sensor which in turn changes the signal to the PCM. The PCM uses this input (and others) to adjust the injector pulse width.
The key word here is INTAKE.
The product is Cold Air INTAKE.
Not Cold Air All The Time
A quality CAI can provide horsepower and torque increases but they don't do much for a Jeep at idle.
Air temps will be higher at idle as well since there is little air being drawn through the IA openings in the TB.
Open the throttle and that is no longer the case. As engine RPM's increase the volume of air passing through the manifold increases as well, and so does the velocity of that air.
The product is Cold Air INTAKE.
Not Cold Air All The Time
A quality CAI can provide horsepower and torque increases but they don't do much for a Jeep at idle.
Air temps will be higher at idle as well since there is little air being drawn through the IA openings in the TB.
Open the throttle and that is no longer the case. As engine RPM's increase the volume of air passing through the manifold increases as well, and so does the velocity of that air.
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