Well, I posted about this a little while back, but it's starting to bug me.
I got my Buck Strider mini about two weeks ago. I love it -- it's been great. My favourite knife by far.
Out of the box, the lock on the liner engaged about halfway across the tang. A reply here, as well as a customer service representative at Buck (when I sent it in) confirmed that this type of engagement is perfect.
Well, it's begun its slide. It's starting to engage about 2/3rds of the way across consistently. If you just look at the liner when it's open, it LOOKS like it's "halfway". However, due to the slanted tang engaging with a straight face on the liner, it's actually engaging much closer to the opposite liner, instead of closer to the near liner.
>>> Edit: Here's a picture of the engagement point:<br>
<img src="http://www.kelvin.net/law/fs/bslock2.jpg"><br>
I can tell because the Ti lock wears/grinds down so much that you can see a line where the particles accumulate.
<img src="http://www.kelvin.net/law/fs/bslock1.jpg"><br>
Where's your liner engaging on the tang? Has anyone's actually slid over until it hits the opposite liner?
Thanks!
-Jon
I got my Buck Strider mini about two weeks ago. I love it -- it's been great. My favourite knife by far.
Out of the box, the lock on the liner engaged about halfway across the tang. A reply here, as well as a customer service representative at Buck (when I sent it in) confirmed that this type of engagement is perfect.
Well, it's begun its slide. It's starting to engage about 2/3rds of the way across consistently. If you just look at the liner when it's open, it LOOKS like it's "halfway". However, due to the slanted tang engaging with a straight face on the liner, it's actually engaging much closer to the opposite liner, instead of closer to the near liner.
>>> Edit: Here's a picture of the engagement point:<br>
<img src="http://www.kelvin.net/law/fs/bslock2.jpg"><br>
I can tell because the Ti lock wears/grinds down so much that you can see a line where the particles accumulate.
<img src="http://www.kelvin.net/law/fs/bslock1.jpg"><br>
Where's your liner engaging on the tang? Has anyone's actually slid over until it hits the opposite liner?
Thanks!
-Jon