Uhh Ohh!!
Moderator: Club Officers
Uhh Ohh!!
Looks like the dakota took a little more damge than we thought. Drove all the way home and was up underneath the truck this mornin and notices a little gouge in the driveshaft. Jacked up the rear and put it in drive and it is bent as shit. Not really sure how I am gunna get back to the burg on sunday but i guess we will see :'(
2000 Dodge Dakota DD
3inch BL 32x11.50 Km2 on 1079 pro comps
3inch BL 32x11.50 Km2 on 1079 pro comps
- willhf1011
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- BadAssEddie
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- willhf1011
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- McCoyboy11
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I wouldn't run it forever but I ran my old Dodge for about 6 months with a really bent rear driveshaft until I finally got it retubed so you should be fine to bring it home. Long story, but I ran over a concrete light base in a parking lot and it was bent really bad ( about 3-4" out of plane and twisted up).
-Zach
2003 Ford F150 work truck piece of crap- sold
1998 Dodge Ram, 35s, 456s- sold
2000 Powerstroke tow rig on DUBs- once rolled- sold
2004 Dodge Ram Hemi tow rig
1995 YJ on BLOCKS
2003 Ford F150 work truck piece of crap- sold
1998 Dodge Ram, 35s, 456s- sold
2000 Powerstroke tow rig on DUBs- once rolled- sold
2004 Dodge Ram Hemi tow rig
1995 YJ on BLOCKS
- BadAssEddie
- Posts: 2635
- Joined: Sun Sep 27, 2009 11:12 pm
- Location: The Woods
Why?KOTABAD wrote:I definately would drive it back but my dad wont let me.
ISO 1940 G-40 is the specification used in balancing driveshafts. The tolerances developed from this specification are not tight. For your driveshaft, you are talking about a two-plane tolerance of 20-50 gram-inches. This leaves room for alot of imbalance.
The thing one must understand about "balancing" is that you are not really ever balancing anything. You are simply removing imbalance from a rotor until it reaches an acceptable level which is determined via Quality Grade, rotor mass, and operating speed. A low Quality Grade like G-40 and a heavy, relatively slow spinning rotor like your drive shaft still has a fair amount of unbalance even when it is in "spec".
A driveshaft's only purpose is to transmit torque from the output to the pinion, if it still does this, it is a good part. Balancing of driveshafts is done to prevent ride compromise and premature bearing failure. You didn't notice anything, so there is no concern for this in the first place. Only an imbalance large enough to induce a noticeable vibration would be of any concern. Even then, I am not sure if the negative impact on bearing life would even be appreciable.
Your drive shaft has length adjustment ability to account for the shortened overall length caused by the bend. You did not notice any bad vibrations. And, you are not going to be using the bent driveshaft for any real length of time. Explain this to your Dad to show him why there is no reason not to allow you to return to school with the truck.
1969 Cadillac Deville 7.7 Big Block
1978 Ford F-150 6.4 FE
1993 Ford Bronco 5.8 Windsor
1994 Ford F-250 7.3 Powerstroke
2016 Ford F-250 6.7 Powerstroke
1978 Ford F-150 6.4 FE
1993 Ford Bronco 5.8 Windsor
1994 Ford F-250 7.3 Powerstroke
2016 Ford F-250 6.7 Powerstroke
Thanks Alec I def want to drive it back. I am trying to talk him into it. Our mechanic is going to come by tomorrow and take a look at it. I am coming home again in mid october and I would be fine with putting a used driveshaft in when I get home but I just want to drive it backBadAssEddie wrote:Why?KOTABAD wrote:I definately would drive it back but my dad wont let me.
ISO 1940 G-40 is the specification used in balancing driveshafts. The tolerances developed from this specification are not tight. For your driveshaft, you are talking about a two-plane tolerance of 20-50 gram-inches. This leaves room for alot of imbalance.
The thing one must understand about "balancing" is that you are not really ever balancing anything. You are simply removing imbalance from a rotor until it reaches an acceptable level which is determined via Quality Grade, rotor mass, and operating speed. A low Quality Grade like G-40 and a heavy, relatively slow spinning rotor like your drive shaft still has a fair amount of unbalance even when it is in "spec".
A driveshaft's only purpose is to transmit torque from the output to the pinion, if it still does this, it is a good part. Balancing of driveshafts is done to prevent ride compromise and premature bearing failure. You didn't notice anything, so there is no concern for this in the first place. Only an imbalance large enough to induce a noticeable vibration would be of any concern. Even then, I am not sure if the negative impact on bearing life would even be appreciable.
Your drive shaft has length adjustment ability to account for the shortened overall length caused by the bend. You did not notice any bad vibrations. And, you are not going to be using the bent driveshaft for any real length of time. Explain this to your Dad to show him why there is no reason not to allow you to return to school with the truck.
2000 Dodge Dakota DD
3inch BL 32x11.50 Km2 on 1079 pro comps
3inch BL 32x11.50 Km2 on 1079 pro comps