Stuck Manual Locking Hub
#1
#2
#3
With the locking hub off can you spin the axle?
I had an issue years ago where hub's my needle bearing grenaded and some of the pins jammed between the stub shaft and the hub "locking" axle.
Not saying you have that kind of extreme situation but seeing if you can spin the axle will tell you if the problem might not be with the locking hub.
I had an issue years ago where hub's my needle bearing grenaded and some of the pins jammed between the stub shaft and the hub "locking" axle.
Not saying you have that kind of extreme situation but seeing if you can spin the axle will tell you if the problem might not be with the locking hub.
#5
Is it turning to the unlock position and just not releasing the axle shaft? Sometimes, hitting the hub gently with a rubber mallet or simply knocking on it with your fist will convince it to release. The unreliability of the stock hubs causes many to go with mile markers or warns.
#6
With the locking hub off can you spin the axle?
I had an issue years ago where hub's my needle bearing grenaded and some of the pins jammed between the stub shaft and the hub "locking" axle.
Not saying you have that kind of extreme situation but seeing if you can spin the axle will tell you if the problem might not be with the locking hub.
I had an issue years ago where hub's my needle bearing grenaded and some of the pins jammed between the stub shaft and the hub "locking" axle.
Not saying you have that kind of extreme situation but seeing if you can spin the axle will tell you if the problem might not be with the locking hub.
#7
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#8
#9
The stub shaft has splines at the end and the shaft extends through the knuckle then the hub.
The outer end of the hub has a cavity with splines around it. The locking hub slides into this cavity. The locking hub has splines on the inner and outer portion that engage the splines on the shaft and hub respectively. When the locking hub is unlocked the inner and outer portions rotate independently and the wheel is not "locked" to the axle. When the locking hub is locked the portions are engaged (locked) together and the axle and wheel are "locked" together.
Once you understand that there are two hubs that makes it easier: The main wheel hub that bolts to the knuckle (that the wheel mounts to) and the locking hub that goes in the middle to lock the axle to the main hub (wheel).
These aren't my pictures but they show what I was describing:
Main (wheel) hub:
Locking hub:
The outer end of the hub has a cavity with splines around it. The locking hub slides into this cavity. The locking hub has splines on the inner and outer portion that engage the splines on the shaft and hub respectively. When the locking hub is unlocked the inner and outer portions rotate independently and the wheel is not "locked" to the axle. When the locking hub is locked the portions are engaged (locked) together and the axle and wheel are "locked" together.
Once you understand that there are two hubs that makes it easier: The main wheel hub that bolts to the knuckle (that the wheel mounts to) and the locking hub that goes in the middle to lock the axle to the main hub (wheel).
These aren't my pictures but they show what I was describing:
Main (wheel) hub:
Locking hub:
#10
The stub shaft has splines at the end and the shaft extends through the knuckle then the hub.
The outer end of the hub has a cavity with splines around it. The locking hub slides into this cavity. The locking hub has splines on the inner and outer portion that engage the splines on the shaft and hub respectively. When the locking hub is unlocked the inner and outer portions rotate independently and the wheel is not "locked" to the axle. When the locking hub is locked the portions are engaged (locked) together and the axle and wheel are "locked" together.
Once you understand that there are two hubs that makes it easier: The main wheel hub that bolts to the knuckle (that the wheel mounts to) and the locking hub that goes in the middle to lock the axle to the main hub (wheel).
These aren't my pictures but they show what I was describing:
Main (wheel) hub:
Locking hub:
The outer end of the hub has a cavity with splines around it. The locking hub slides into this cavity. The locking hub has splines on the inner and outer portion that engage the splines on the shaft and hub respectively. When the locking hub is unlocked the inner and outer portions rotate independently and the wheel is not "locked" to the axle. When the locking hub is locked the portions are engaged (locked) together and the axle and wheel are "locked" together.
Once you understand that there are two hubs that makes it easier: The main wheel hub that bolts to the knuckle (that the wheel mounts to) and the locking hub that goes in the middle to lock the axle to the main hub (wheel).
These aren't my pictures but they show what I was describing:
Main (wheel) hub:
Locking hub:
#11
The needle bearing is probbally seized up happened to me I rode it out than got to replace the inner axle seal because the shaft tore that up as a secondary issue caused by the primary one. I bought the kit w ball joints , inner axle seals, the. 2 outer seals, u joint, wheel bearing hub assembly. And stub shaft which is usually destroyed by the time the repair is done. All ford/spicer parts
#13
#14
#15
Yes I did, but I switched it back afterwards, I went with G2s my friend has them and they work well.
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1973 - 1979 F-100 & Larger F-Series Trucks
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01-05-2014 12:06 AM