UPDATE
Getting some things done. Finishing up the enamel and weathering on the hilt so I think I'll save the final pics of it till we get closer to completion.
Got the Optic put together and thought I'd share a small little "tutorial" on how I'm working with this one:
1) first things first. You need to get all your parts together. In this case we have a SF heat sink, SF X4 star in Pr/Pr/Pr/W (Deep Red x 3 and 1 white), 8.7 degree Carclo Lens, and out resistors (1ohm 2watt).
You will also need solder, soldering iron, heat shrink of various sizes, flux, and optionally a hot glue gun, thermal paste and "Helping Hands". You will likely want to test your LEDs before you begin soldering.
2) Connecting the wires to the LED. In this case I have an X4 star with 4 individually addressable LEDs on a common positive. Because I need to make use of resistors I need run a wire to each LED and the common positive. If I was using Green LEDs instead of the Red it would be an option to bridge the pads between the Green LEDs.
NOTE: This star from SF had some Flux overrun on it near the pads. Not a big deal, but just thought I'd point it out.
The wires need to be threaded down the holes in the bottom of the heat sink so I have soldered them so each wire will fold down it's own hole.
3) The nest step is mating the LED star to the bottom portion of the heat sink. I first put a VERY small amount (1/4 grain of rice sized) of thermal paste on the heat sink, carefully threaded the wires down their holes, and firmly pressed the LED star onto the heat sink.
4) Putting it all together. Next you will sit the lens over the center of the star so that it sits right over the LEDs, then carefully screw the top of the heat sink on till its tight
5) finishing it. I took the three resistors and first soldered a common end together, and arranged the resistors so they were ready to be mated to each wire for the RED LEDs. In the case of this install I don't have a whole lot of room to work with so I need everything to be connected off to one side. I pull all the wires over to on side of the heat sink and used heat shrink to bind them together and hold them. Then I soldered the resistors to the leads, heat shrink around each connection and soldered a lead to the common join on the resistors for a single lien to run back to the Red channel. I braided the wires and wrapped the whole thing in heavy duty heat shrink to make for a nice secure and sturdy connection to the optic that sits off to the side of the hilt.
This optic fits into the hilt and the optic wiring runs along the side of the AV switch and recharge port.