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Ford Explorer Community - Maintenance - Modifications - Performance Upgrades - Problem Solving - Off-Road - Street
Explorer Forum Covers the Explorer ST, Explorer Sport, Explorer Sport Trac, Lincoln Aviator, Mercury Mountaineer, Mazda Navajo, Ford Ranger, Mazda Pickups, and the Ford Aerostar
I'm putting everything back together after doing one ball joint. Wondering how tight the wheel bearing should be? Should you be able to wobble the rotor at all?
Jack the wheel up, and try to free spin it. It shouldn't spin like a bicycle wheel. It should turn a few times, and then come to a stop. It's supposed to be snug, but not tight.
it was only after replacing the front components of the X, that I found this forum Had I found it earlier would have been a GRIP easier, that damn ABS bracket got me the first time, found a replacement at a JY and found out what size tool I'd need to finish the install. The X thanks all who input to this forum................. course cussing the part out doesn't hurt
GOOD LUCK
Doesn't seem to tighten them enough. They are pretty loose at 16 ft/lbs. rngmstr, how did you get the sensor out at the junk yard? Seems like they rust in really good.
the vehicles in the JY over here R in pristine shape (far as rust), was able to snap the ABS bracket in two, pull the sensor and took it to the JY and found a first GEN with ABS on it. $2 bucks for the bracket and $15 for a socket set
16 INCH/Lbs is plenty as long as you seated the bearings first (35 ft/lbs while spinning the rotor), it's what it's spec'd for and what I've ran for years. Any looseness you're feeling is probably ball joints or tie rods.
Hahns, I tried your method this morning and it worked perfectly. I rotated the rotor and bumped it with my torque wrench set to 16ft/lbs. It actually put it right where I had adjusted by feel. LOL! I appreciate all the help from everyone and am confident my bearings are seated correctly now.
Watch your terminology. 16 ft/lbs is roughly 12 times tighter than the 16 in/lbs Hahns and the manuals specify. If you really did tighten it to 16 ft/lbs, you may burn the bearings up from being too tight.
Watch your terminology. 16 ft/lbs is roughly 12 times tighter than the 16 in/lbs Hahns and the manuals specify. If you really did tighten it to 16 ft/lbs, you may burn the bearings up from being too tight.
I was concerned about the wheel wobbling on the spindle. It may be that the spindle gets worn, and in my case it was plainly obvious that just hand-tightnening that nut isn't going to do be enough.
So I "eye-balled" my optimum tightness based on how the rotation of the wheel felt. The nut ended up pretty tight on there. I just made sure I checked to see if the bearing and spindle aren't too hot after driving it around.