p60 battle! mt-g2, xm-l2, xp-l, nichia 219

Hi all!

I had some free time this summer, so why not make some lights? All of these drop-ins are on noctigon boards and run by 7135 drivers.

mtg2: 2.8 amps with zener diode mod
xml2: 1.5 amps
xpl: 1.5 amps
nichia 219: 1.15 amps


All lined up and ready to test

First all the ceiling bounce tests…


xm-l2 T6 4D


xp-l V4 3D


mt-g2


nichia 219

How about some whitewall hunting?


xm-l2 T6 4D


xp-l V4 3D


mt-g2


nichia 219

They all turned out great! I am very impressed with all of these tints and beam patterns. I’ll try to answer questions you may have.

Thanks for stopping by, and stay classy!

Nice shots. What MTG-2 did you use?

I gotta say that I think the MT-G2 has the nicest beam pattern by far. Good hot spot but nice transition to flood as well.

Did you have to modify the reflector to fit the MT-G2 in?

I am a big fan of the xpl, but that is because I done have an mt-g2

Sorry if this is a stupid question, but why the difference in driven amps?

the mt-g2 is P0 5000k. I used the general p60 reflector from fastech and only had to do minimal filing to get the big die in there.

http://www.fasttech.com/products/1605/10002206/1159000-empty-aluminum-drop-in-module-wbrass-pill

As for the difference in driving amps: I didn’t want to drive the nichia very hard and therefore raise the vf above what the battery supplied. The xp-l and xm-l2 use the highest current 7135 driver with all the chips on one side. And I used the 2800 mah driver for the mt-g2 because thats what the “zener diode mod” directions were written for. :stuck_out_tongue:

So it is optimum for all? I though xm-l2’s were usually driven harder. I’m not at all up to snuff on this stuff though. The beamshots look great by the way. I will have to do some research on the mt-g2 and xp-l. Are there stock lights with these emitters?

I guess you could say it’s the optimum current. They could all be driven a lot harder, but these currents seemed right to me to balance brightness, runtime, and heat (sans the mtg2, that one still cranks out copious amounts of heat)