Hesitation revisited?
01-13-2003, 10:05 AM
#1
Hesitation revisited?
I know this has been discussed a million times, but I searched and didn't find an answer. Coming home from work this afternoon my car all of a sudden just wouldn't go. I could mash on the gas but the car struggled like hell over 3k rpm and very loud groning as if the car was struggling to get air. I stopped and looked under the hood to make sure nothing had come loose and everything was fine. I got lunch came out and went on my way and the car is running just like normal. What gives?
01-13-2003, 10:07 AM
#2
Re: Hesitation revisited?
Originally posted by Virus
I know this has been discussed a million times, but I searched and didn't find an answer. Coming home from work this afternoon my car all of a sudden just wouldn't go. I could mash on the gas but the car struggled like hell over 3k rpm and very loud groning as if the car was struggling to get air. I stopped and looked under the hood to make sure nothing had come loose and everything was fine. I got lunch came out and went on my way and the car is running just like normal. What gives?
I know this has been discussed a million times, but I searched and didn't find an answer. Coming home from work this afternoon my car all of a sudden just wouldn't go. I could mash on the gas but the car struggled like hell over 3k rpm and very loud groning as if the car was struggling to get air. I stopped and looked under the hood to make sure nothing had come loose and everything was fine. I got lunch came out and went on my way and the car is running just like normal. What gives?
01-13-2003, 03:50 PM
#7
-seems like your MAF is dying (I hope it's not for your sake!). I would try taking the MAF off and dry clean it a w/a Q-tip. I did that before I installed my aftermarket intake, recently (from http://www.firmfabrications.com )and noticed some dirts accumalated on the resistor.
-Do you ever wonder if it's possible that condensation can be formed inside your intake's piping? A combination of metal/rubber piping/couplers can perhaps create condensation in changing temperatures?
-Do you ever wonder if it's possible that condensation can be formed inside your intake's piping? A combination of metal/rubber piping/couplers can perhaps create condensation in changing temperatures?
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