If anyone knows where to buy please advise. Looking at modding some penlight platforms.

High quality:

Cheap:

https://www.fasttech.com/products/1611/10006929/1554906-11-5mm-aluminum-base-plates-for-cree-xp-g-xp-e-c

https://www.fasttech.com/products/1611/10006929/1554902-12mm-aluminum-base-plates-for-cree-xp-g-xp-e-c

Thx CRX. Wish that Fasttech 8mm board was still available too. Prolly come in handy somewhere/somewhen. :beer:

I have three or four 8mm if you need them.

Appreciated, CRX. I can live without them though. I’ll mess around with the other diameters first.

Btw, I’m under the first hand impression that the XPE2 especially with R2/R3 bins is highly underrated - specifically to AA/AAA formats.

Surprised it doesn’t get A LOT more attention around here. :student:

I love the XPE2 led and have built lots of torches using it. The latest is a Convoy S2+ with dedomed emitter at 2.2 amps, Biscotti and copper board. Its a nice little thrower.

The 10mm sinkpad from MTN is the best choice.

I have three of the 10mm XP SinkPads that I bought to mod a triple XM diving light with about 28mm inside diameter. I still haven’t touched it, because they’re so small I’m afraid I’ll short something! I can’t imagine trying to mess with 8mm boards.

You guys know where it’s at with the XPE2. Thing is what I’m discovering about this kind of underappreciated LED is that besides it being a true thrower it can also spill really nicely if the reflector has just a slight OP to it. Doesn’t have to have but a bit of OP to let her truly “shine”.

A very versatile all-round LED indeed IMO.

8mm:

Fits the XP footprint, which covers the L/G/G2/G3/E/E2.

Thx, Light!

No worries. I picked up a few of each for just that sort of thing, so got some 8s, 14s, 12s, etc.

That’s not copper though.
Just a crappy aluminum one.

Yah, well, just how much heat can a penlight shed anyway? Al or Cu probably wouldn’t make much difference.

Copper would still make a difference over aluminum regardless of how much a small light can shed because it has higher conductivity…
The higher the rate of heat transfer to the flashlight body the higher the body temperature will be.
A higher delta T from the body to ambient means higher heat dissipation.
There is no “limit” of heat dissipation due to the size of the light.