Can I use different bolts for driveshaft?
#1
Can I use different bolts for driveshaft?
I just finished removing my 6 bolts after a few hours. I was planning on going to home depot and purchasing bolts similar to these. will this work? anyone know the exact size of it? does it matter if I have the oem bolts in the back but new (home depot) ones in the front of the driveshaft?
#2
Originally Posted by warrenk05,Jul 10 2010, 08:17 PM
I just finished removing my 6 bolts after a few hours. I was planning on going to home depot and purchasing bolts similar to these. will this work? anyone know the exact size of it? does it matter if I have the oem bolts in the back but new (home depot) ones in the front of the driveshaft?
And i think the OEM bolts are only 2 bucks? Its not like youll have to go down there again and remove them anytime soon
#5
Just get a grade 12.9 set of high tensile cap head bolts the right length.
The OEM ones seem a bit soft around the hex driver and can take hours to get out.
I've had no problems with the 12.9's in my race car, and that come apart fairly regularly.
The OEM ones seem a bit soft around the hex driver and can take hours to get out.
I've had no problems with the 12.9's in my race car, and that come apart fairly regularly.
#6
Where were you when I asked this last week!
I bought OEM on the suggestion of some learned members but it really is a pain in the butt how soft they are. Someone said they are soft to bond with the washers but I'd say use harder material and loctite.
I bought OEM on the suggestion of some learned members but it really is a pain in the butt how soft they are. Someone said they are soft to bond with the washers but I'd say use harder material and loctite.
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#8
Originally Posted by INTJ,Jul 11 2010, 01:45 PM
This is a misconception. The higher grades have greater strength, but they fail by failing completely in shear. Lower grade is often better because they distort, but not snap.
#10
Originally Posted by INTJ,Jul 11 2010, 11:45 AM
This is a misconception. The higher grades have greater strength, but they fail by failing completely in shear. Lower grade is often better because they distort, but not snap.