The LumaPower MVP is setting the new standard in portable handheld lighting. With levels of output and throw heretofore only available in very expensive High Intensity Discharge (HID) lights. Constructed of the highest grades of T7 aluminum covered in Milspec Type III Black Hard Anodizing the MVP is built to last. Using an advanced heatsink design ensures stable, non-dimming output over extended runtimes. The MVP offers 3 levels of output and a tactical strobing mode.
The LumaPower MVP is setting the new standard in portable handheld lighting. With levels of output and throw heretofore only available in very expensive High Intensity Discharge (HID) lights. Constructed of the highest grades of T7 aluminum covered in Milspec Type III Black Hard Anodizing the MVP is built to last. Using an advanced heatsink design ensures stable, non-dimming output over extended runtimes. The MVP offers 3 levels of output and a tactical strobing mode. An innovative approach to power and output switching is a signature of the MVP's design; the tailcap switch controls on/off and offers a momentary feature; on the side is the new SideKick switch which allows the use to control output modes and levels. For users this means being able to 'preset' a mode or level in advance of activating the light; so a camper/hiker can have the light pre-set to low and a tactical user could have their light pre-set to high or tactical strobe.
Uses 3 state of the art Cree Q5 LED's. Up to 700 lumens of total output!
3 Brightness levels: Hi: ~700L, Medium:~250L, Low: ~50L, Strobe: ~650L
Wide input voltage from 6.5-12.5V allows users to use a variety of battery types/combinations: 2X17650, 2X17670 or 2X18650 (recommended for longest runtime and highest output)
Over discharge protection (For 2x Li-Ion batteries) at 4.8V
State of the art, super efficient, current controlled DC-DC power circuit
Anti-Roll Body design
Removable Lanyard Ring
Blacked-out 'face' to guard against glare and 'flash' - an important feature for tactical users
AR coated lense for maximum light transmissionand reduced reflection
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