I will give full credit for Target Forge for this idea and fully recommend if you want one, buy it from them. However if by chance you are a tinkerer, have a 3d printer and some electronic parts and knowledge you can DIY. Here is some 3d print files for the led holder and what I used for components. You may think that the exposed non-insulated LED and resistor leads are a hazard, but the part is unlikely to move because of the zip tie and none of the metal parts inside the case are electrically connected to ground or the nominal +12v.
6x T1 5mm red leds.
150 ohm resistor
some wire and quick connects
3d printed part
tie wrap to hold in on the hose
All 6 of the LEDs are super glued into the holder and connected in series with the 100 ohm resistor yielding in my case about 15ma on each LED. I'm using no name, no specs, LED from a cheap parts kit I got so I'm conservative on the current running through them. High quality LEDs can run more 20 to 30ma. YMMV. I don't know what how the hell Target Forged connected the LEDs (probably a parallel connection) but IMO is much more wiring than is needed.
View attachment CS4 leds mount v2.zip
6x T1 5mm red leds.
150 ohm resistor
some wire and quick connects
3d printed part
tie wrap to hold in on the hose
All 6 of the LEDs are super glued into the holder and connected in series with the 100 ohm resistor yielding in my case about 15ma on each LED. I'm using no name, no specs, LED from a cheap parts kit I got so I'm conservative on the current running through them. High quality LEDs can run more 20 to 30ma. YMMV. I don't know what how the hell Target Forged connected the LEDs (probably a parallel connection) but IMO is much more wiring than is needed.
View attachment CS4 leds mount v2.zip
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