Jump to content

Tensile Freewheel...


Recommended Posts

What the ferk....

I was riding today... and my freewheel lockring came loose.

So i tightened it, but i had to tighten it in the same direction as an ACS, so the lockring had to turn clockwise to tighten... the same as an ACS so when i was freewheeling, the lockring came loose...

What the hells going on there?

Edited by terror-error
Link to comment
Share on other sites

Could supercycles/tarty/whoeveryougotitfrom have axcidentally sent you a rear freewheel? (mixed batch maybe?) that would be the logical thing...

Just re read some of your post, my mates did that so if he locked his brakes and stood on whichever pedal was forward it would turn around :S is that what yours did?

Edited by ogre
Link to comment
Share on other sites

What the ferk....

I was riding today... and my freewheel lockring came loose.

So i tightened it, but i had to tighten it in the same direction as an ACS, so the lockring had to turn clockwise to tighten... the same as an ACS so when i was freewheeling, the lockring came loose...

What the hells going on there?

to tighten the ACS you need to turn anti-clockwise.

Link to comment
Share on other sites

Ok..

When a freewheel spins, it spins anti-clickwise (depending on which side you look at the freewheel) we are looking at the side which the lockring is on.. so its spinning anti-clickwise...

When i tightened the lockring, i had to turn it clockwise, for it to tighten... so, when the freewheel was spinning ACW it was loosinging the freewheel, which loosened if i turned it ACW... If you get me?

Link to comment
Share on other sites

I get you, but thats not what happens on normal freewheels. The outer coggy bit spins anti clockwise, but the lockring doesnt, meaning it comes loose somehow.

Obviously, the tensile is different, so that as you freewheel, the lockring turns anti clockwise. Edit: This wasnt intended by onza obviously as it loosens whilst riding.

Maybe onza have gone out of the frying pan and onto the fire with this design, in that it now still loosens, just a different direction.

Edited by Hobnobs
Link to comment
Share on other sites

You dont really get me here lol

its fairly hard to explain without you being here with me.. lol

Tommorow after my exams, im gonna look at my old ACS and the Tensile to see if the lockrings pin the same direction, if they do, im sueing :D

If they dont, ferk knows whats happeneing...

Link to comment
Share on other sites

Wheres the "wtf" smilie on this forum?

^ Ditto

What are you talking about?

Looking at it from lockring side. Freewheel spins freely anticlockwise. Lockring spins clockwise to tighten. Which would mean all the time all the time you are pedalling the lockring is tightening.

That is what is supposed to happen in the design. That is what happens with your Tensile. And that is what happens with my Tensile.

Where did the lockring clockwise to loosen idea come from :S

Link to comment
Share on other sites

This whole freewheel business is just silly. They could think of some locks or something, or insert a cartridge bearing and then nothing would come loose (as in the ENO).

ACS unscrews clockwise, which means that when you're pedaling forwards, the freewheel is tightening itself - but it's only the ball bearings which tighten it, because that's the only moving element resting on the cap. Despite that, it still unscrews because in trials you have the freewheel bearings spinning in both directions, for instance, before you pedalkick.

Tensile have "thought about it" and made two thread options (front and rear), but isn't it a marketing gimmick? I mean it's still the same as the ACS and ENO if you have it on the cranks? Why should the worlds' two most popular freewheel manufacturers (being WI and ACS) make the threads the wrong way round?

edit: for instance, couldn't they make a shallow rachet on the outside of the cap and have some thin pawls lock it? And when you want to unscrew, you just bend the pawls away. Yeah, pretty stupid and complicated :D It's late.

Edited by Inur
Link to comment
Share on other sites

This whole freewheel business is just silly. They could think of some locks or something, or insert a cartridge bearing and then nothing would come loose (as in the ENO).

ACS unscrews clockwise, which means that when you're pedaling forwards, the freewheel is tightening itself - but it's only the ball bearings which tighten it, because that's the only moving element resting on the cap. Despite that, it still unscrews because in trials you have the freewheel bearings spinning in both directions, for instance, before you pedalkick.

Tensile have "thought about it" and made two thread options (front and rear), but isn't it a marketing gimmick? I mean it's still the same as the ACS and ENO if you have it on the cranks? Why should the worlds' two most popular freewheel manufacturers (being WI and ACS) make the threads the wrong way round?

edit: for instance, couldn't they make a shallow rachet on the outside of the cap and have some thin pawls lock it? And when you want to unscrew, you just bend the pawls away. Yeah, pretty stupid and complicated :D It's late.

That has completly and totaly confused me. some one please expalin that in a simpler form.

Cheers !

Link to comment
Share on other sites

Why should the worlds' two most popular freewheel manufacturers (being WI and ACS) make the threads the wrong way round?

they havent , there bmx freewheels which screw on to the threads on the rear hub, in which case they are correct.

trials they go on the front thus loosening them

there a good design we just mis use them

Link to comment
Share on other sites

If the lockring tightens clockwise (normal threads [like on a bottletop]) then, then your freewheeling along, when the freewheel outer body (with spikes on) is spinning anti-clickwise, the way that the threads on te lockring loosen...

then the outer body will spin the lockring loose...

Thats what is happening on mine...

Link to comment
Share on other sites

Join the conversation

You can post now and register later. If you have an account, sign in now to post with your account.

Guest
Reply to this topic...

×   Pasted as rich text.   Paste as plain text instead

  Only 75 emoji are allowed.

×   Your link has been automatically embedded.   Display as a link instead

×   Your previous content has been restored.   Clear editor

×   You cannot paste images directly. Upload or insert images from URL.

Loading...
  • Recently Browsing   0 members

    • No registered users viewing this page.
×
×
  • Create New...