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Tactical Flashlight Introduction
A tactical flashlight is a flashlight used with a firearm to help users track targets in low-light environments. A shooter, law enforcement officer, or soldier can aim the weapon at the target. The tactical flashlight can be hand-held or mounted on the weapon. The tactical flashlight can also be used as a non-lethal force, temporarily blinding and disorienting the target. Properties that are particularly relevant to tactical flashlights include impact resistance, reliability, lightweight construction, rugged batteries, and light intensity. Tactical flashlights can be equipped with optional filters to produce colored light (eg, red light, to protect the user’s night vision goggles), or light heads that emit only infrared radiation and are used with night vision goggles. Aiming laser functionality can also be added to weapon-mounted tactical flashlights. Next, I will explain to you three aspects of the composition of the tactical flashlight, the light source, and the advantages of having a laser.
image link:https://www.olightstore.de/olight-warrior3s-ti-vier-elemente.html
The composition of the tactical flashlight
Usually, tactical flashlights are mostly used by police to track prisoners, and they are also used in the battlefield. In either case, the reliability of tactical flashlights is very important. The main reasons for affecting reliability are batteries and light sources.
Due to the advantages of long shelf life and high energy density, lithium batteries are often used as power sources for tactical flashlights. Alkaline batteries have the advantages of moderate shelf life and low cost, but under strong light conditions with high current consumption, the high internal resistance of alkaline batteries will lead to a decrease in their effective capacity. Its internal resistance wastes most of the battery’s energy as the discharge rate increases.
Lithium-ion batteries, on the other hand, have lower internal resistance, so they are often the battery of choice when a higher discharge rate relative to the rated capacity is required. Also, in cold weather, lithium batteries provide better power supply than alkaline batteries. Compared with alkaline batteries, high-quality lithium batteries are also less prone to leakage of electrolyte
Light source for tactical flashlights
Tactical flashlights choose bulbs based on their usage scenario as well as light output and battery life. High-performance bulbs, such as xenon lamps or high-power LED lamps, are often used to ensure adequate lumen value.
At one time, xenon bulbs provided the brightest light source, but with the development of technology, high-power LED bulbs are brighter than xenon bulbs, and are more efficient and energy-efficient. LED bulbs can also avoid filament breakage caused by firearm recoil during use.
Tactical flashlight lights
Tactical flashlights can often be equipped with lenses to emit a certain color of light, and red lights are often the best lights for law enforcement officers to protect night vision goggles because they have the least impact on visual cells. Blue light provides high contrast for detecting blood. Light in the infrared spectrum is only visible through night vision goggles, making it clearly visible to the operator while narrowing the field of view for those not equipped with night vision goggles. Some tactical flashlights combine with laser sights to become multifunctional components that can provide aiming, illumination, or both in low-light environments.
Advantages of tactical flashlight with laser
Adapt to complex battlefield environments
Generally, a laser invisible to the naked eye is used, and a very small red laser spot will be generated on the target during use, and the range near the position where the laser spot appears will be the impact point. But it is only suitable for use in dark places or at night, and it can only be seen with night vision goggles.
The traditional white light tactical flashlight will have problems such as insufficient penetration and limited vision on the battlefield filled with gunpowder smoke, and cannot cope with the complex and changeable battlefield environment. Compared with LED light sources, the laser output is more stable, more concentrated and more uniform, allowing a clear view even in smoke
image link:https://www.olightstore.de/olight-warrior-3s-taktische-taschenlampe.html
Reliable light source
Laser products of different wavelengths and powers can cause harm to the human body. Some laser flashlights on the market are not certified for safety and may cause harm to the user’s body. The International Electrotechnical Commission has classified the safety levels of laser products. The safety levels from high to low are Class1, Class1M, Class2, Class2M, Class3R, Class3B, and Class4. Class 1 is a safe and non-hazardous level.
The safely processed white laser filters out blue light, thereby outputting a yellow beam (4500~5000K), which is not only safer for the human body but also has stronger penetrating power in haze. Even if it is full of smog, it still has a strong irradiation ability. The tactical flashlight adopts LEP laser light source, which has stronger focusing power, and the light can directly break through the smoke, with higher luminous efficiency and lower power consumption
Small size, strong function and high precision
Lightweight tactical gear is undoubtedly a warrior’s favorite. Not only is it portable, it can also be “stealth” when mounted on a weapon. The average laser tactical flashlight is only 57mm long, about the length of an adult female thumb, and is small enough to fit in a pocket. Continuous lighting and tactical lighting can fully meet the lighting needs in the process of duty.
The above is the introduction of tactical lights. If you have any additional instructions, please leave a comment below. Thanks for reading.
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