CroMAGnet
Flashlight Enthusiast
After a simple install and carefull 0.25" drilling of the AA and AAA reflectors I was able to adjust the components to a satisfying upgrade. The MJLED AA MagMod has similar throw output to stock bulb Maglite but that is where it ends.
The MJLED has a white tight beam with a dull but usable wide spill and little or no artifacts. (Careful observation when looking at Lambda's beam photos, show the minor difference within the spill diameter when compared with outside the spill diameter area) It is adjustable but does produce a dark donut hole on flood settings. My MJ is slightly yellow/green in color but only noticed when compared to my cool white Q3. The much brighter Q3 has much more flood around its hotspot as oppose to the MJLED AA MagMod but these lights are not in the same catagory. The MJ is a lot brighter than an Arc AAA.
An incredible upgrade when compared to the absolutely terrible beam quality and amber color of a stock M*g AA. Well worth the $5 LED or $10 price with reflector from Lamda.
I'm not sure of the stock-bulb runtime, however the MJLED using Lithium batteries has 35-hours to 50% brightness.
MJLED AA-Alkaline 180 LUX @ 1m (13.4m or 44.0ft throw)
MJLED AA-Titanium 220 LUX @ 1m (14.8m or 48.6ft throw) 10% more than alkaline
MJLED AA-Lithium 250 LUX @ 1m (15.8m or 51.8ft throw) 18% more than alkaline
*MJLED AAA-Alkaline 121 LUX @ 1m (11m or 36ft throw)
UPDATE EDIT ---
I just got my AAA Lithiums and with anticipation grabbed my minimag and a bunch of batteries and went a testing. Bummer news. The lithiums were lower LUX readings. With the AAs I got 250+ LUX on Liths but with the AAAs I got 110 LUX on Alks and 90 LUX with Liths /ubbthreads/images/graemlins/thinking.gif Go figure.
It seems the reflector and the focus sweet spot are tough to find above 100 LUX on the AAA with either batteries, even though I got over 120 LUX last week.
So the only benefit with AAA Liths is long life storage, but I would not store this light. The AA Lithium MJLED Mag is the clear winner.
The MJLED has a white tight beam with a dull but usable wide spill and little or no artifacts. (Careful observation when looking at Lambda's beam photos, show the minor difference within the spill diameter when compared with outside the spill diameter area) It is adjustable but does produce a dark donut hole on flood settings. My MJ is slightly yellow/green in color but only noticed when compared to my cool white Q3. The much brighter Q3 has much more flood around its hotspot as oppose to the MJLED AA MagMod but these lights are not in the same catagory. The MJ is a lot brighter than an Arc AAA.
An incredible upgrade when compared to the absolutely terrible beam quality and amber color of a stock M*g AA. Well worth the $5 LED or $10 price with reflector from Lamda.
I'm not sure of the stock-bulb runtime, however the MJLED using Lithium batteries has 35-hours to 50% brightness.
MJLED AA-Alkaline 180 LUX @ 1m (13.4m or 44.0ft throw)
MJLED AA-Titanium 220 LUX @ 1m (14.8m or 48.6ft throw) 10% more than alkaline
MJLED AA-Lithium 250 LUX @ 1m (15.8m or 51.8ft throw) 18% more than alkaline
*MJLED AAA-Alkaline 121 LUX @ 1m (11m or 36ft throw)
UPDATE EDIT ---
I just got my AAA Lithiums and with anticipation grabbed my minimag and a bunch of batteries and went a testing. Bummer news. The lithiums were lower LUX readings. With the AAs I got 250+ LUX on Liths but with the AAAs I got 110 LUX on Alks and 90 LUX with Liths /ubbthreads/images/graemlins/thinking.gif Go figure.
It seems the reflector and the focus sweet spot are tough to find above 100 LUX on the AAA with either batteries, even though I got over 120 LUX last week.
So the only benefit with AAA Liths is long life storage, but I would not store this light. The AA Lithium MJLED Mag is the clear winner.