I like to keep things clean-ish. Anti Seize helps haha.WOW! That is impressively clean. Just had my wheels off over the weekend and noticed how rusty the whole area was. Cleaned it up a little bit but no way near as clean as yours looks.
I marked it. Those are the new retainer nuts.The picture on post #17 shows the factory put some kind of markings on the nut and axle, so if that's present on my car, and they line up, no need to even check things, right? Since I don't think the factory would leave the nuts loose, even with Ford's lousy QC standards. Or am I being too nice to Ford?
200lbs ft? Why didn’t they just say that instead of 90 plus 45It's 90 lbs-ft plus a additional 45 degree which would bring it to over 200 lbs-ft. Marking the nut is always a good idea.
Cause the want it in steps I guess. My lug nuts I do two steps of 75 ft-lbs.200lbs ft? Why didn’t they just say that instead of 90 plus 45
According to the interwebs...Cause the want it in steps I guess. My lug nuts I do two steps of 75 ft-lbs.
JR...the torque spec is the ideal value for a bolt's preload force. The problem is that it's difficult to accurately read fastener torques because of differences resulting from lubrication, under-head friction, and tool repeatability. Using an angle, however, you can predict reasonably well the preload the fastener will provide and measure the angular difference very accurately.
Do the 98 ft-lb with a torque wrench. Then add another 45 degrees with a breaker bar. That’s the best play.I’m abt to do this bs too. I guess I’ll torque them to 150 because Wth is adding 45 degrees why not just give us a total in ft lb of torque. My torque wrench goes to 250
Because 90 plus 45 gives a precise amount of bolt stretch which is what keeps the joint tight. The 90 takes out any play then the 45 degrees adds about 0.2 mm (0.1875 to be exact).200lbs ft? Why didn’t they just say that instead of 90 plus 45