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CURRENT REGULATION
The circuitry intelligently controls the power being drawn from the batteries, supplying consistent output while using every last bit of energy available. This results in dependable outputs and runtimes while eliminating needless battery waste.

PULSE-WIDTH MODULATION
A space efficient way to create variable light outputs while minimizing power loss. This technology uses fewer components than current regulation making it ideal for use in ultra-compact lights.

REVERSE-POLARITY PROTECTION
Provides protection if the batteries are placed in the light backward. The light and circuitry will not be damaged. This is especially useful for battery changes in the dark.

STRIKE-BEZEL
Precision cut bezel provides both impact resistance and an effective striking edge.

SMART CIRCUIT FOR RECHARGEABLE BATTERIES
Many flashlights are able to use standard single-use 3-volt CR123A batteries, but few can use the more powerful, rechargeable 3.7-volt RCR123A batteries without causing permanent internal damage. Lights with this feature run flawlessly even when using rechargeable 3.7-volt RCR123A batteries.

THERMAL REGULATION
The light automatically controls its output to protect itself from excessive heat. That means you don’t worry about your light – you just use it.

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