Used by soldiers, law enforcement, and
search and rescue personnel, tactical, or military, lights are ideal for
low- to no-light environments and may be operated hands-free. On a
basic level, military lights are stronger than average flashlights and
do more than simply illuminate an area. No matter the nature of the
application, it provides concentrated illumination to one specific area
and assists with the user finding or briefly blinding a target.
On a basic level, a tactical light allows a soldier or law enforcement personnel to identify a target or suspect in full darkness. The light can illuminate a full area or be concentrated in one place and allows the user to determine where to aim.
Tactical lights come in two types: hands-free and weapon-mounted lights. The former allows a user to operate a weapon, typically a handgun, and a flashlight at the same time. Mounted tactical lights, also called weapon lights, allow a user to illuminate an area without directly holding onto a flashlight. Typically, weapon lights are attached to rifles, shotguns, or submachine guns, although some can attach to handguns. Certain manufacturers like SureFire design tactical gear for specific firearms, but through a Picatinny rail system or clamp, others can attach to more than one type.
Although less cumbersome, weapon lights have a downside for a shooter. With the beam and the weapon parallel, the light can give away the shooter. To prevent revealing himself, the shooter can use an infrared light and night vision goggles, or use the flashlight to temporarily distract or blind the target.
Compared to the average flashlight, a tactical light is stronger and creates a brighter beam. Because of where and how the tactical gear is used, the light must be able to withstand the elements and must be able to fall without breaking. For a durable design, a typical tactical light has a body made out of aluminum and polymer and is resistant to rust, scratches, and corrosion.
For the light, a xenon or LED bulb is used, although the latter is more common. Long-lasting and requiring minimal power to operate, an LED bulb is five times brighter than xenon and will not experience filament breakage from recoil. Because different scenarios call for different lights, a tactical light may be equipped with red, blue, and infrared options. While infrared increases concealment for the user, red is better for night vision, and blue assists with detecting blood.
On a basic level, a tactical light allows a soldier or law enforcement personnel to identify a target or suspect in full darkness. The light can illuminate a full area or be concentrated in one place and allows the user to determine where to aim.
Tactical lights come in two types: hands-free and weapon-mounted lights. The former allows a user to operate a weapon, typically a handgun, and a flashlight at the same time. Mounted tactical lights, also called weapon lights, allow a user to illuminate an area without directly holding onto a flashlight. Typically, weapon lights are attached to rifles, shotguns, or submachine guns, although some can attach to handguns. Certain manufacturers like SureFire design tactical gear for specific firearms, but through a Picatinny rail system or clamp, others can attach to more than one type.
Although less cumbersome, weapon lights have a downside for a shooter. With the beam and the weapon parallel, the light can give away the shooter. To prevent revealing himself, the shooter can use an infrared light and night vision goggles, or use the flashlight to temporarily distract or blind the target.
Compared to the average flashlight, a tactical light is stronger and creates a brighter beam. Because of where and how the tactical gear is used, the light must be able to withstand the elements and must be able to fall without breaking. For a durable design, a typical tactical light has a body made out of aluminum and polymer and is resistant to rust, scratches, and corrosion.
For the light, a xenon or LED bulb is used, although the latter is more common. Long-lasting and requiring minimal power to operate, an LED bulb is five times brighter than xenon and will not experience filament breakage from recoil. Because different scenarios call for different lights, a tactical light may be equipped with red, blue, and infrared options. While infrared increases concealment for the user, red is better for night vision, and blue assists with detecting blood.
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