ID89GT
10 Year Member
Driveline Vibration when I start moving. (T5)
- Thread starter DARCA
- Start date
exactly! i was always told to take the drive shaft (while in the car)and see if you can move it up or down if so there usually bad.Lawbreaker5.0 mine were so bad that when i removed the drive shaft there was no rubber in the ujoint and there was like 3/16 - 1/4 gap in the joint! some might not beleive me about this and i knew i shoulda saved a pic!peace
john
horseballz
10 Year Member
There are at least 2 types of U-joint failure, one of them often being the cause of the other. It helps to understand how a U-joint works and what it does.
A U-joint has 4 roller bearings that allow 2 straight shafts to turn/flex while the shafts are not in a straight line with each other. It also keeps the shafts in a proper off angle alignment to each other.
1-One failure (sometimes only subtly and gradually noticeable) is caused by the roller bearings becoming dry (from lack of lube) and/or rusted, causing them to bind and not allow smooth movement/flexing..
A-This causes the 2 shafts to force the movements of the binding bearings, creating a sometimes slight or dramatic vibration that is not at all good for the output bearings of the transmission or the the input shaft bearings of the differential, depending on which U-joint is failing. The rollers in the bearings will eventually crumble/grind themselves into dust, or worse.
B-This is often the beginning of the cause of a second type of failure:
2-Worn/ground up/missing rollers inside the bearings causing the U-joint to become loose and not keep the alignment of the 2 shafts correct creating an off balance/off true vibration.
A-This is also very bad for your transmission and/or rear end. As they continue to wear it can lead to many, many problems including the earlier mentioned bearing stress, broken yokes, dropped driveshaft, etc, etc.
U-joints are some of the most important, yet most overlooked/neglected parts of your driveline and can cause a lot of unseen damage when not kept in good working order. When your driveshaft is out of the car, hold the output shaft/yoke (the part that slips in and out of the transmission) and hold the driveshaft at an angle to it and slowly spin the shaft to notice the mechanics of how it works. This will help you understand why the U-joints are so important and why driveline angles are so critical. The more dramatic the angle, the less smoothly the workings of the U-joint.
Sorry for the long post, I just thought it was important and I hope someone with more knowledge can elaborate on/correct anything I've stated.
HTH
Gene
A U-joint has 4 roller bearings that allow 2 straight shafts to turn/flex while the shafts are not in a straight line with each other. It also keeps the shafts in a proper off angle alignment to each other.
1-One failure (sometimes only subtly and gradually noticeable) is caused by the roller bearings becoming dry (from lack of lube) and/or rusted, causing them to bind and not allow smooth movement/flexing..
A-This causes the 2 shafts to force the movements of the binding bearings, creating a sometimes slight or dramatic vibration that is not at all good for the output bearings of the transmission or the the input shaft bearings of the differential, depending on which U-joint is failing. The rollers in the bearings will eventually crumble/grind themselves into dust, or worse.
B-This is often the beginning of the cause of a second type of failure:
2-Worn/ground up/missing rollers inside the bearings causing the U-joint to become loose and not keep the alignment of the 2 shafts correct creating an off balance/off true vibration.
A-This is also very bad for your transmission and/or rear end. As they continue to wear it can lead to many, many problems including the earlier mentioned bearing stress, broken yokes, dropped driveshaft, etc, etc.
U-joints are some of the most important, yet most overlooked/neglected parts of your driveline and can cause a lot of unseen damage when not kept in good working order. When your driveshaft is out of the car, hold the output shaft/yoke (the part that slips in and out of the transmission) and hold the driveshaft at an angle to it and slowly spin the shaft to notice the mechanics of how it works. This will help you understand why the U-joints are so important and why driveline angles are so critical. The more dramatic the angle, the less smoothly the workings of the U-joint.
Sorry for the long post, I just thought it was important and I hope someone with more knowledge can elaborate on/correct anything I've stated.
HTH
Gene
if your not making serious power go get a 1997 2WD areostar van drive shaft!IT'S GOTTA BE A 96/97 AND IT CAN NOT BE A 4WD ONE! Thats what i put in my 4 banger it was $20 from u pull it junk yard.You will need to change the rear u joint $15 for the best one napa had! The only down fall is the areostars alum drive shafts arent as big in dia as a FRPP one or an aftermaket.But like i said if your not makeing tons of power it will be fine!Looking at your mods in your sig you will be ok with this drive shaft.peace
john
john
Ok, I bought a drive shaft out of a 1996 winstar. I'll post pics later today anything I need to change to make this bolt up to the stang?
I'll post up some pics later today.
I'll post up some pics later today.
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