Hello readers! As you should be aware, I have ceased
"regular" reviewing due to pressures on my
time. I am, however, going to continue adding an occasional
review here and there, being much more selective on
the lights I accept and when I accept them. This one
caught my eye (and burned my retina) when I found that
it was using one of the new high efficiency Cree XR-E
LEDs and was available with two different reflectors,
one smooth for great throw, and one textured for a smooth
beam.
LumaPower is pretty new on the flashlight scene and
this light is a serious entry into the field. Its output
easily beats a Surefire P60-based 2 x 123A battery light
(such as the G2 or 6P) by producing an estimated 115
lumens steadily for more than an hour. It also comes
with either a 2 stage switch (optional 1 stage), smooth
or optionally a textured reflector, extra O-rings and
a spare tailcap cover which glows in the dark (installed
cover is black).
Body: The body is made of thick machined aluminum
with a hard anodize (type III) coating for serious durability.
On the side is an easily removable clip (just unscrew
the head and slide it up and out) and spiral texturing
to assist with grip. The spiral grooves really don't
help all that much with grip to be honest, but I think
the only way it'll slip out of your hands is if you
are careless due to the flange at the tailcap. The light
can be fully disassembled. It is not glued or locktite'd
at any of the screw-thread joints. Machining fit and
finish is very good.
Bezel/Head: The front of the light head has
a scalloped design for two purposes. First it serves
to allow light to seep out if you place it down face
first while on, thereby reminding you that you are burning
up your batteries, and second the raised teeth could
serve as an impromptu striking surface in a self-defense
situation.
An anti-reflective (AR) coated lens window
protects the reflector and Cree XR-E LED inside. The
smooth reflector provides about 40% greater distance-lighting-ability
(throw) relative to the textured reflector. The textured
reflector provides a smoother beam with wider hotspot
for closer-range applications.
Both reflectors are made of aluminum with
a highly polished coating inside.
Output: The white light produced by the LED
has no detectable hue or color tint in the white beam.
By my estimates it is producing about 115 lumens on
the High setting, which means it outclasses both the
P60 and the brighter P61 incandescent modules used in
many Surefire 2x123A lights in terms of lumens output.
It runs for an hour regulated with two 123A cells while
the P60 runs for about an hour with declining output,
and the P61 only runs 20 minutes. Regulation in the
M1 with primary 123A cells is solid and flat on the
high setting. In essence, it outperforms all 6V, 2-123A
cell-powered, incandescent lights on the market that
I am aware of, even those with high output lamps. By
the way, the Low setting with 123A cells produces about
47 lumens. See this
page about how I calculated these lumen estimates.
It can also use 18650 rechargeable 3.7V Lithium-Ion
cells (commonly known as the Pila 600P) to produce slightly
less output but still have great runtimes.
Level
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Runtime to 50%
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123A High Smooth
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7050 (83.94)
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8300 (83.00)
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1 hr 21 min
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123A Low Smooth
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2900 (53.85)
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3400 (34.00)
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6 hr 10 min
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123A High Textured
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5100 (71.41)
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as above
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as above
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123A Low Textured
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2200 (46.90)
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as above
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as above
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18650 High Smooth
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6500 (80.62)
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7600 (76.00)
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4 hr 10 min
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18650 Low Smooth
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1280 (35.77)
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1570 (15.70)
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26 hr 38 min
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18650 High Textured
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4700 (68.56)
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as above
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as above
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18650 Low Textured
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1000 (31.62)
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as above
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as above
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All throw readings are in Lux
at one meter. The numbers in parenthesis are for comparison
in the Comparison
Charts.
Beam at one meter at target center Smooth vs. Textured
Here's a fun image trick - Mouse over (no click
needed) to compare Smooth vs Textured
Runtime Plot: Here we can see the real advantage
of the Cree LEDs. About twice the output as previous
high output LEDs but with about the SAME runtime as
the previous ones. So the efficiency is about double
that of previous LEDs. This really brings LEDs up to
the level where they can directly compete with many
incandescent bulbs.
Runtime
completed with "Titanium"
brand batteries. More information on runtime plots is
available HERE.
Runtime
completed with "Titanium"
brand batteries. More information on runtime plots is
available HERE.
Runtime
completed with Pila brand 600P 18650 batteries. More
information on runtime plots is available HERE.
Runtime
completed with Pila brand 600P 18650 batteries. More
information on runtime plots is available HERE.
Switch: The switch is user replaceable. At the
time of this writing this light comes with a 2 stage
reverse clickie. Press once for low, second time gets
you high and last click turns it off. A single-stage
tactical click switch is in the works and may even be
done already. Note that on this sample the HA-III anodize
of the tailcap was a *slightly* different (darker) color
than the rest of the light. Not a big deal.
Seals / Water Resistance: O-rings protect the
light at all potential points of water entry. Dunkable
at the least.
If it gets wet inside, just disassemble as much a possible
without tools and let it dry before using again.
Ergonomics: It's about the same size as most
2x123A cell lights, so no surprises here.
Size compared to a common 2AA aluminum light
Batteries: Two 123A cells power the light. I
would recommend Titanium
brand cells for $1.00 each (here's
a review) or BatteryStation
or Surefire
brand cells for less than $2 each. I would not recommend
purchasing these cells at retail stores since they cost
$10 a pair or more in most retail stores! Be aware that
there are some inherent
risks in using lights powered by multiple 123A cells,
so take appropriate precautions. Insert the batteries
positive first. The light has a reverse polarity protection
system built in so the negative side of the battery
cannot touch the positive contact at the base of the
head.
Don't be surprised when your normal 123A cells have
some extra room around them when you put them in. A
single 18650 rechargeable (Pila
600P) Lithium Ion cell can also power the light,
and in fact the barrel of the light is cut extra wide
inside so that this type of battery can be used. If
you decide to use an 18650 cell, you will need to remove
the head from the barrel of the light and put an included
screw into the positive contact at the base of the head.
It will only tighten so far before the brass fitting
you put the screw into freely turns. That's OK, there's
no need to tighten it further.
The 18650 cell does not have a nipple contact so the
screw is needed. If you leave the screw in, the reverse
polarity protection is defeated and the light can be
damaged if you insert cells the wrong way. POSITIVE
always goes toward the head of the light. Do not insert
the screw if you will only use 123A cells.
To change out the batteries: unscrew the tailcap, drop
out the old cells, place in new cells observing proper
polarity. Reattach the tailcap and you're ready to go.
Accessories: The sample received includes 3
spare O-rings, a Glow In The Dark (GITD) tailcap cover,
two screws for use with 18650 cells (only one is needed,
the other is a spare) and a sample single stage tailswitch.
I believe this extra switch comes with the light but
don't hold me to it - no guarantees. A holster is not
yet available from the maker, but I have been told that
a Ripoffs CO-30 will fit this light.
Conclusions: Kicks butt. Great
implementation of the new Cree LED. Super regulation
with 123A cells and great (and economical) runtimes
with the 18650 rechargeable cells. The LumaPower M1
puts all the 6V 123A incandescent lights to shame as
far as I'm concerned. It's not cheap, but at $15 each
for 6V incandescent lamp assemblies, this LED light
will pay for itself over time since the bulb will never
need changing.
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