Stuck lockring
#1
Stuck lockring
Have this stuck lockring on a formula hub. thing is on there really tight. spanner just kinda seems to eat away at the lockring since i have to put so much force onto it. (yes, i am turning it clockwise. jeez.)
Any good tips before i go at with my freakin teeth?
Any good tips before i go at with my freakin teeth?
#6
Senior Member
Joined: Aug 2007
Posts: 854
Likes: 1
From: Minneapolis, MN
Bikes: Surly CrossCheck, Miyata 310 (conversion)
#9
jack of one or two trades
Joined: Jun 2005
Posts: 5,640
Likes: 0
From: Suburbia, CT
Bikes: Old-ass gearie hardtail MTB, fix-converted Centurion LeMans commuter, SS hardtail monster MTB
Don't use vice-grips or locking pliers. If it doesn't work, it will tear it up and you will be in worse shape than you were before. Lockring pliers are the tool to do it.
You can make some ghetto lockring pliers by getting a cheap set of channel-lock pliers and filing the jaws down so that they have a prong on the end of each jaw.
You can make some ghetto lockring pliers by getting a cheap set of channel-lock pliers and filing the jaws down so that they have a prong on the end of each jaw.
#11
jack of one or two trades
Joined: Jun 2005
Posts: 5,640
Likes: 0
From: Suburbia, CT
Bikes: Old-ass gearie hardtail MTB, fix-converted Centurion LeMans commuter, SS hardtail monster MTB
A pipe wrench might actually work. Don't try and grab the notches though, it's designed to grab the smooth round sections.
#12
Newbie
Joined: May 2006
Posts: 1
Likes: 0
BTW, since the lockring was buggered anyway I didn't care if it was damaged in the process. If it's an aluminium lockring the cold chisel may damage it. But then again, lockrings are a lot cheaper than hubs.
#14
#15
Probably what happened is that you tightened the cog against the lockring. Usually if you turn the cog the opposite direction with your chainwhip, you'll take enough force off the threads on the lockring to remove it. Caveat: you could possibly strip your hub doing this.
The same mechanical principle applies with the cones in your loose-ball hub, but you're not torquing on the cone, usually.
The same mechanical principle applies with the cones in your loose-ball hub, but you're not torquing on the cone, usually.






