BLF Interest list for Very High Current Beryllium Copper springs Pt1(ENDED)

Yeah really nice springs.

I’d love to hear what are your thoughts on them by putting them in a real light, as springs behave differently when connected to a cell rather than a constant current load.

Yeah, I am not sure what light to put them in, I have a new to me MT09R here that I might try them in, although I think I would double up on that light with the small springs as well, so I might wait for them. Otherwise I don’t have any un-modded lights here to put them in lol. I have not ordered a flashlight in almost a year. Just the prototypes I have been sent during testing.

I have no qualms about modding modded lights, will have a spring party when mine arrive. :wink:

Is it worth the time to replace all the springs in my existing lights with these new springs? Including the bypassed springs that I have? Or should I just save them for new lights? I’m curious as to what people think and are planning to do with their springs.

It depends on what you want to do.

In my case the lights that are working properly will not gain anything with these springs since they already have bypasses, so there is simply no reason to pull them apart and swap them out.

Now going forward I will most likely swap these springs onto any new lights I built or during any repairs.

I tend to follow the if it ain’t broke and it will not gain anything, then don’t fix it mantra.

Yeah. Personally, I would only replace stock springs with bypasses if I either had two lights to compare light output between bypassed and high conductivity springs.

Or a light with a replaceable tailcap. Like the Q8.

However, I like these springs way better than any spring I’ve ever had my hands on. Not solely because they have very high conductivity for springs, but mostly because they are so easy to solder to compared to non copper alloy springs.

Trying to do bypasses on steel springs, is let’s just say, mind nerving and very annoying to do, since the chromium surface and steel itself form oxides and don’t adhere to tin well, if at all without flux.

Hmm, I was thinking and I have 2 MT09R’s here. So I could have a direct comparison between 5x bypasses vs 5x of these springs in the same light. If I have some time next week I will try to do that.

That would be great! I adhere to the “if it ain’t broke, don’t fix it” philosophy but that BLF modder in me can’t leave things alone if I know that the springs will yield me some more light (but I’m lazy enough that it has to be enough light to make it worthwhile).

I will take 30 small springs, let me know if you ever order more large springs.

Wouldn’t you need to use the same head and just swap the battery tubes? Two different heads could vary a lot.

Yes, that is what I was thinking. Although I guess the 5th spring would not be part of the comparison come to think of it.

This should push the springs to the limit though, I might need to wait for the dual springs. At max power each spring would need to handle 15-20A.

We won’t know until somebody tries it. :smiley:
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Update: I hope you know TA I was only kidding, I wouldn’t want you to weld your new springs
to the bottom of some perfectly good batteries. :smiley:

After testing both battery tubes, then swap the driver spring.

Yeah, there are some possibilities. I ordered some LED’s for the MT09R today, if I get some time I will put it together.

So, other than TA, has anyone received their springs or not?

These still available? Can I get qty 50? Didn't sign up for them, just heard about this.

If for whatever reason you miss out on these here Tom I got enough that I can share some with you if you’d like. :wink:

I have a 50 pc order that I can split with you, 25 pcs. :beer:

I’ll also spare 25pcs for you TomE.

BlueSwordM, Would it be possible to order a batch of springs like this that will fit the switch tower of a maglite?

I would pay for the 2k batch. The dimensions of the spring are

L: 32.76mm
OD: 8.15mm
ID: 6.45
Thickness: 0.83mm

The most critical dimension there is the OD since there are metal caps that go over each end we cant go larger. Any of the others could be adjusted a bit as needed.