JeffN
Enlightened
You might want to edit your post so Beamhead doesn't take any heat for words I posted. :oops:
As for complaints of sloppy threads causing mode skipping, go out to your garage and grab a nut and bolt, I know you all have some, observe that even on fine threaded pairs until the nut turns tight against something there is play, that is the nature of machined threads.
There should be tolerance differences between well machined products and cheap nuts and bolts. I have owned MANY lights from one particular american flashlight company and none of them have ever had slop in the threads, so you can't tell me that it's just the nature of threads. Nuts and bolts are designed to be tightened down and left alone, so the product doesn't require tight tolerances, just torque specs. A twisty flashlight switch requires tighter tolerances and, from my experience, that can be accomplished.
Agreed but please give examples of lights with tight threads. :popcorn:
Are they tight without the o ring installed? Do they use foam rings? No play at all?
I didn't say the threads were "tight". On the contrary, they are smooth, but have much tighter tolerances than any Quark I've handled. There is much less "slop" in the threads of the Peak when no orings are installed. A spring or foam ring will make no difference in these tolerances. For instance, the Q123 I have on my person today requires more than 1/4 turn out to ensure the head doesn't contact the body with force and change modes.
Do I think the tolerance of my Q123 is bad? No. But, many of the people here are complaining that the MiNi 123 head has to be twisted out quite far to ensure that the switch doesn't engage when force is applied to the head. That is a tolerance issue that can be remedied with proper machining.
I disagree that foam rings don't help, they provide the needed back pressure to make some twisty lights ride the inner edge of the threads, like the Fenix p1, and NC EZ series.
So, a stiffer spring or foam ring in a twisty light gives enough back pressure against the head, so that if I pushed down on the head towards the body, it would prevent the light from coming on? Yes, we certainly disagree on that point. Will it increase the force required? Yes, slightly, but not to a degree that it would ensure the light didn't come on in a pocket while you're sitting down, for example.
No, I don't have a MiNi. I was just commenting about your comparison of flashlight threads to nuts and bolts.
I got my MiNi 123 yesterday and I love it! It's more powerful than any of my other 9 flashlights! Cheers to 4Sevens and CPF for introducing me to this awesome mini pocket rocket!
Just grabbing a couple lights in front of me, my Arc-P, Quark RGB and especially my SS Maratac!Agreed but please give examples of lights with tight threads. :popcorn:
There are huge differences indeed!There should be tolerance differences between well machined products and cheap nuts and bolts.
Me too; my titanium LF2XT has the loosest threads of any of the lights within reach at the moment, but it doesn't matter since it's not a twisty.I have many US made even custom lights with loose threads.
Glad u like the mini.
I'm still waiting for stable finances before i nab one. :D