Yes. Though the big head means a high centre of gravity.
Accesories:
1 x 26650 Body Extension
2 x 18650 to 26650 Battery Tubes (PVC)
Price:
USD$51.19 - 5% = USD$48.63. Free Shipping.
Date Ordered:
16 March 2013. Left Hong Kong on the 21st March. Arrived in metro Australian address on the 5th April.
Pros:
Very long reflector produces a tight hot spot.
Almost perfect machining and anodising.
Amount of mass and the design make for heat-sinking second-to-none especially for a single XM-L.
Double sided anti-reflective coating.
Fits longer and wider protected batteries really well. Both Trustfire Flame 4000mAh Protected and King Kong ICR Protected.
Can use button or flat-top batteries.
Low-Voltage Warning.
Threads are anodised, rounded, almost square and silky smooth.
Battery flexibility. The option of using two batteries for extended burn time is always welcome.
You can unscrew the battery body tubes at both ends. (I had to hacksaw my last 26650 flashlight to recover my KK 26650)
Very decent current throughput.
Doubles as a club. (Makes me feel like a big man)
Cons:
It's huge. HUGE.
Pointing at anything less than half a metre (a foot and a half for you 'mericans) produces a spot with a dark LED die-shaped void.
The size and solidity of the body means that it's also heavy.
The hotspot isn't a very clean, neat one.
Hotspot isn't focused to a point, it's more of a small circle of consistent brightness.
To elaborate further, for example, a de-domed XP-G2 in a C8 has a really small spot of extreme luminous flux (let's call it 100kcd) and drops off rapidly into spill,
the L2 has a spot that's more twice radius to start off with of around 80kcd throughout the whole spot (total 'blind' estimate) and drops off similarly outside that larger radius.
Weird enigma, the spot doesn't become larger as much as the dedomed C8 does and at around 200m they appear to be exactly the same size even though their white wall shots would look totally different a meter away.
Smelt heavily of petroleum products when first opened. Goes away after an hour or so.
No fine knurling on the primary body. Just two scallops.
Different pattern makes the secondary battery body look out of place.
No turbo. Could be driven with an extra 1A with all that heat-sinking.
Threads had a weird vaseline like substance on them and it felt/sounded like there were sand grains in the threads.
Body tubes don't join together until gapless.
No HA-III confirmed.
No moonlight mode. Dunno why you'd want one, but it's just not there.
Doesn't burn your enemies faces off when you shine it at them.
Carrying it in any place other than somewhere totally isolated makes you look like a douche.
People of the female gender think you're compensating for something. And they're not always wrong.
Other Notes:
Oh my. Where am I going to put this?
Pictures.
Unboxing. Packaging is a simple, no fuss, plain brown box with bubble wrap.
A few size comparisons with the Roche M170. The L2 is as wide as the M170 even though it is only single emitter vs triple!
A few measurements of what really matter. Length and girth.
AR coating on lens is pretty obvious.
Die is perfectly centered.
Copper, not brass, spring.
Almost square threads.
The tubes on the body don't join together seamlessly. There's at least a 3mm gap between each one. Don't know how water/weatherproof it is.
Runtime and amperage: (still testing)
With 1 x 4000mAh 26650 Trustfire Flames Protected.
Currents are measured at tailcap.
I'd put the cutoff voltage at 2.7V under load.
High (100%) - 2.570A (pretty much direct drive all the way down)
0mins - 4.18V
15mins - 3.91V 2.51A
30mins - 3.79V, 2.45A
45mins - 3.71V, 2.31A
1hour - 3.65V, 2.15A
1hr 15mins - 3.61V, 2.10A
1hr 30mins - 3.60V, 2.08A
1hr 45mins - 3.56V, 1.95A
2hrs 0mins - 3.52V, 2.085A
2hrs 15mins - 3.47V, 1.508A
2hrs 30mins - 3.39V , 1.482A
2hrs 35mins - 3.185V, First low-voltage cutoff slow strobe.
Mid (30%) - 1.195A
1hr 0mins - 3.86V, 1.196A
1hr 30mins - 3.73V, 1.253A
2hrs 0mins - 3.572V, 1.285A
2hrs 30mins - 3.515V, 1.311A
3hrs 4mins - 2.88V, First low-voltage warning.
Low (5%) - 0.105A
12hrs - 3.83V, 0.109A
18hrs - 3.70V, 0.111A
24hrs - 3.62V, 0.115A
30hrs - 3.545V, 0.115A
36hrs - 3.418V, 0.119A
37hrs - 2.985V, First low-voltage warning.
Brightness Comparison:
ISO400 f/3.3 1/2sec (Sony HX9V) -apologies for the poor focus on a lot of the photos. Had to borrow a point-and-shoot and didn't set to infinite.
I tried to set exposure settings to as-true to eye. Got pretty close.
Scroll down to 200m if you want to skip the pointless stuff. Flickr set link here.
The lineup includes the BLF A8 T6-3C, Convoy L2 U2-1B, Nitecore P25 Smilodon, XinTD U3-1C and a P60 XM-L T6-3C driven at 2.8A.
50m to the base of the tree.
BLF A8
Convoy L2
Smilodon
XinTD
P60
100m to the base of the tree.
BLF A8
Convoy L2
Smilodon
XinTD
P60
200m to the base of the tree.
BLF A8
Convoy L2
Smilodon
XinTD
P60
Just to round up the beamshots, it's quite clear that the Convoy L2 out throws everything, but the XinTD is nipping at its heels up to about 150m. I couldn't do a 300m shot because there's just too much light pollution in my area, I don't have a field big enough, or a tripod for stability, but I swear the Convoy L2 throws a good 350m-400m. The Smilodon comes in a decently close third for throw, and the BLF A8 and P60 come in an equal last, mainly due to their almost identical sized reflectors.
Rating:
Again, this a pure happiness factor that is completely personal and means absolutely nothing to you.
I be giving it a 8/10. Which is the equivalent of what I gave the SRK. There isn't as much novelty and specificity as the Roche M170, but the size and throw are quite a wow factor. I'm also happy that someone decided to make a really nice 26650 flashlight, but I thought that, with the amount of heat-sinking in the design, you could easily run 3.5-4 amps through the XM-L without obscene amounts of runaway.
The star the LED is currently mounted on is a standard 20mm star. If you were to go for a higher current through the LED, you'd be better off with a copper star or one of those SinkPads which would do wonders with the heat generated.
I can't seem to get the brass driver-retaining ring out with my tweezers, but measuring the diameter thread-to-thread of the housing around that ring, I get 22.36mm. So a 21mm driver should fit just fine.
Crappy. I can tell you exactly what park you were in your shots are so good. Thanks for the shots and strangely I can relate to nearly all your torches (flashlights to half off the world).
I’d just like to back up ramblings here, this light is awesome, I am hellish impressed with mine, infact I’m waiting on it going dark so I can go out for another play test session.
Its also a really easy build, I would though suggest people go with the ld-29 driver from fasttech and xp-g2 if they want to keep things a little more sane, on this build, that would mean three simple solder connections in total and stupid amounts of throw J)
The model of the XinTD C8 was noted briefly but I'll restate it here, it's the U3 bin with the 1C tint.
I got it from intl-outdoor here. It's the 3-mode non flashy one but that doesn't really matter.