Mag Instrument

Mag Instrument, Inc., is the manufacturer of the legendary Maglite flashlight. The company was incorporated by Anthony Maglica in 1974 and began producing the first Maglites in 1979. The company is based in Ontario, California. website

Mini Maglites (2xAA and 2xAAA) with pewter finish

The Maglite (also spelled Mag-Lite) was introduced in 1979. It is constructed principally of anodized 6061 aluminum, sometimes referred to as aircraft aluminum. Maglites are known for their variable-focus beam, water resistant pushbutton switch and durability. They are available in a wide variety of colors and are a favorite of collectors.

Lights

C and D Maglite

Newer Cree XP-E on left with Luxeon Rebel LED on right

Incandescent bulbs are manufactured for different numbers of batteries, for example a 3-cell light will blow out a bulb made for 2 cells. Maglites are available with 2, 3, 4, 5, or 6 D-size cells and 2, 3, or 4 C-size cells. A 7D light as well as 5C, 6C, and 7C lights were produced but are no longer made. The stock incandescent bulb is krypton, but xenon replacements are available. Maglite uses ANSI/NEMA FL-1 ratings for output, so all lumens here are ANSI lumens.

• 1979: C and D cell battery models are put on the market; targeted to the public safety and industrial sectors
• May 2006: 2D and 3D Maglite LED's introduced using Luxeon III LED with a bonus krypton bulb in the tail cap.
• January 2009: 2D Maglites now feature Luxeon Rebel 090 LED. LED is not replaceable. Max output is 114 lumens.
• April 2009: 3D LED Maglites now have Rebel 091 LED and are brighter than 2D. Output is 104 lumens.
• November 2010: 3D LED Maglites begin to appear with Cree XP-E LED's, labeled "Brighter LED" and now show 131 lumens.
• January 2011: 2D LED Maglites begin to appear with Cree XP-E LED's.
• July 2012: 2D Maglite Pro uses Cree XP-G LED for 274 lumens output and 366m throw.

AA Mini Maglite

• 1984: First Mini Maglite introduced with 2xAA batteries, side switch replaced by twisting head (loosen for on), including variable focus, extra bulb in tail cap, and candle mode ability. The incandescent MiniMag has output of 14 lumens.
• August 2006: 2xAA and 3xAA Maglite LED's introduced, lacking lanyard attachment on tail
• January 2009: 2xAA Multimode Mini Maglite LED (High, Low, Slow Flash, SOS), using Luxeon Rebel 090
• November 2009: 2xAA Multimode Mini Maglite LED now has lanyard attachment similar to incandescent version.
• September 2012: 2xAA Mini Maglite LED now has Cree XP-E LED. Packaging initially said 63 lumens (lower than 69 lumens for the Rebel version), later revised to 77 lumens.
• February 2012: 2xAA Mini Maglite Pro with much brighter Cree XP-G LED. Mini Maglite Pro+ includes Low mode of 25% selected by turning light on while pointing straight down.

AAA Mini Maglites

• 1987: First 2xAAA Mini Maglite introduced, just like 2xAA Mini Maglite, but smaller.
• August 2012: 2xAAA LED version introduced

Maglite Solitaire

• 1988: First 1xAAA Maglite Solitaire introduced. Maximum output is 2 lumens.
• October 2012: Maglite Solitaire LED uses Luxeon C LED for output of 37 lumens (55m throw).

MagCharger

• 1982: MagCharger: a larger more expensive model popular with public safety and emergency-services personnel. This light is much brighter than typical Maglites, and uses a rechargeable NiCad battery pack.
• 2008: MagCharger battery upgraded to NiMH battery

Mag-Tac

• October 2012: 2xCR123A tail clicky light with Cree XP-G. Meant for law enforcement and military use. Comes in two versions. Flat bezel version is 310 lumens (182m throw) with High and Low. Creulated bezel version is 320 lumens (193m throw) has High and Strobe. Both use an electronic switch that can be used for momentary On and to access and lock modes with button push sequences.

ML100

• September 2011: a 2xC or 3xC Cree XP-E LED light with an electronic side clicky and different modes available with maximum output of 137 lumens (307m throw; the extra battery just gives longer runtime). 3 modes are available with a single click, double click, or triple click. 4 different mode groups are available. Available modes are 100%, 25%, SOS, strobe, and momentary on.

ML125

• September 2011: a 3xC or NiMH battery pack Cree XP-G LED light with an electronic side clicky and different modes available with maximum output of 193 lumens on alkalines (273m throw; NiMH pack gives 186 lumens and 258m throw). Comes with a 1-piece NiMH battery pack and charger. 3 modes are available with a single click, double click, or triple click. 4 different mode groups are available. Available modes are 100%, 25%, SOS, strobe, and momentary on.

XL100

• February 2010: 3xAAA XL100 introduced with Rebel 091 LED and variable brightness and motion-activated mode switching. Maximum output is 83 lumens. CPF Review web page

XL50

• November 2010: 3xAAA XL50 is 3 modes with 104 lumens. Simpler interface than the XL100. Review: CPF web page

XL200

• June 2011: 3xAAA XL200 is 5 modes with 172 lumens (138m throw) and a Cree XP-G LED (Mag's first XP-G light). Modes accessible through a clicky switch. Available in black, blue, gray, and red.

Summary Table

ANSI Ratings for Maglites

Light	Batteries	Lamp	Max Output (lumens)	Throw (m)
Solitaire	1xAAA	Incan	2	20
Solitaire	1xAAA	Luxeon C	37	55
MiniMaglite	2xAAA	Incan	9	31
MiniMaglite	2xAAA	Luxeon C	84	116
MiniMaglite	2xAA	Xenon	14	96
MiniMaglite	2xAA	Rebel	69	101
MiniMaglite	2xAA	XP-E	77	141
MiniMaglite Pro	2xAA	XP-G	226	140
MiniMaglite Pro+	2xAA	XP-G	245	150
Maglite	2xD	Krypton	19	229
Maglite	2xD	Rebel	114	298
Maglite	2xD	XP-E	134	388
Maglite Pro	2xD	XP-G	274	366
Maglite	3xD	Krypton	14	96
Maglite	3xD	Rebel	104	289
Maglite	3xD	XP-E	131	364
Maglite	4xD	Krypton	72	265
Maglite	6xD	Krypton	136	295
Mag-Tac	2xCR123A	XP-G	310	182
ML 100	2xC	XP-E	137	307
ML 125	3xC	XP-G	193	273
XL50	3xAAA	Rebel	104	145
XL100	3xAAA	Rebel	83	134
XL200	3xAAA	XP-G	172	138

Variants

Clones

Due to the popularity of the Maglite, many companies copied the design. However, Mag Instrument was successful in protecting its design and won settlements from Brinkmann, Streamlight, and others.

The 2xAA Mini Maglite in four variations

Maglites are often available in colors such as black, silver, blue, and red. They have also been available in a very large number of other colors, textures, and formats, including:

• Pink 2xAA Mini Maglite
• No- knurl Pink 2xAA Mini Maglite
• No-knurl Pewter 2xAA Mini Maglite
• NASCAR 2xAA Mini Maglite
• Patriotic 2xAA Mini Maglite (FlagLite)
• 2xAAA Mini Maglite for Military and Law Enforcement
• Jade Colored D-cell models
• Camouflage (2 AA and 3D Sizes)

For a longer list, see this CPF post

Accessories

Accessories manufactured by Mag Instrument Co. for the Maglite include belt holsters, light clamps, anti-roll collars, colored and glass lenses, attachable fiber optics extensions, higher-powered incandescent bulbs, and LED conversion modules.

Non-LED Maglites are equipped with a spare light bulb encased in the tailcap. LED bulbs have a significantly longer lifetime, and thus generally do not need to be replaced. LED Maglites do not include a spare LED, but some include a spare conventional bulb.

Step-down regulation

Certain Mag Instrument LED flashlights provide step-down regulation. This is probably what Mag Instrument is referring to by the term "Intelligent Energy Source Management". During use, the flashlights dim slowly and gradually. This feature (which is enabled whether or not your batteries are disposable) prevents the flashlights from using up disposable batteries so quickly.

Among those Mag Instrument flashlights with step-down regulation, the regulation works differently on some than on others. Take, for example, the regulation on the Mini Maglite Pro LED 2-Cell AA and Pro+ LED 2-Cell AA. After a few hours of operation, these flashlights fall to about 10% of full brightness; they do not return to full brightness unless the power is cycled. This regulation was designed to try to prolong the life of alkaline batteries. (Some say it was also designed to boost ANSI/NEMA FL-1 runtime ratings, which measure the time the flashlight runs before falling to 10% brightness.) If you're using lithium primaries, the regulation steps down earlier than is necessary. When the flashlights reach 10% brightness, the batteries might still be more than half full.

For many customers, Mag flashlights with step-down regulation are fine choices. EDC forums user "watchcollector1968" writes, "If you are outside in the dark walking or working and have the light on chances of your eyes even detecting the drop over an hour or so is pretty slim. If for whatever reason you think you need full power again, simply turn it off and back on and the cycle starts over again."

But step-down regulation can be bad if you need to be seen: for example, if you are using your flashlight as a bike headlamp.

Thermal management

Like other lighting technologies, LED lighting does not produce only light, but also heat. LED technology today is such that only about 30% of the energy going into an average LED is turned into light. The rest is turned into heat.

The Maglite LED 2-CELL AA, and some other Maglite LED flashlights, used two techniques to avoid overheating:

• To cool off the LED, each of these flashlights included imperfect heat-dissipation technology: a poorly-designed heat sink, made of thin stamped metal.

• Also, as each flashlight's LED heated up, the flashlight provided less power to the LED, which caused it to dim and to produce less heat. If the flashlight was moved into a cooler environment, it instantly brightened again.

Some criticized these flashlights for dimming so much so much due to the poor heat sink. There existed costlier flashlights with better thermal management.

In 2009, Mag Instrument modified the Maglite LED 2-CELL AA and Maglite LED 3-CELL D to each include a better heat sink. Even during extended use, those flashlights now stay at a reasonable temperature without dimming themselves.

Mods

Maglites are one of the most widely used hosts for modifications. A summary of available mods is available in a cpf thread, and drop-in manufacturers include:

• Malkoff Devices
• 3D Direct Drive SSC P7 Mod Lots of pictures,step-by-step
• 2D ROP Mod Has links to parts needed to convert a 2D Mag to a super bright li-ion powered ROP light. If you live outside the USA, the bulbs will be hard to find, or extremely expensive to buy.
• Mini Mag drop-in by BLF user Match. Lets you drop in the brass pill of a P60 giving you a lot of choices on LED and battery configurations. Involves boring out the head of the MiniMag a couple of millimeters using a 25/32 drill bit (3/4" plus some, that's a big bit). Not reversible, but a fairly quick mod if you have the drill bit and a drill press. He guesses 150 lumens from 2 AA batteries using a XP-G R5 LED and low-voltage driver.
• 3 XP-G Mini Mag Another mod by Match. 600 lumens from a MiniMag. Involves some serious machinery to mill a copper pill plus a special 3 LED star and a driver that can handle a lot of current. Runs on 2 14500 li-ion batteries.

Xenon upgrades

Brighter light than stock bulb.

Led upgrades

Sold by Maglite, and also by third parties (Terralux, Nite Ize). Easy to drop in a new LED (and maybe a new reflector). The reliability of third part kits varies. The 3 Watt LEDs produce significant increases in light over stock bulks, but less than the latest LED Mags. 3 cell maglites work best with LED sources, because the voltage (3*1.2v=3.6v) does not need altering with circuitry.

A very good general purpose drop-in replacement for the incandescent bulb is the 36 LED dropin tested here. http://budgetlightforum.cz.cc/node/467 It is good for around 400 lumens on 6 cells, about 300 on two D cells. It will produce a lot of light for a very long time. It is best with more than three cells, but wants six for best output.

Upgrade combinations

A sensible combination for the 3 cell C/D range, is 8000/1000 MAh Ni-Mh batteries, and a 3 Watt LED, for long life, and high brightness. Given the high cost of the rechargeable maglite, these parts plus a quality universal charger, can be purchased for a similar price.