M-TAC MILITARY ELITE NYCO MULTICAM JACKET

M-TAC MILITARY ELITE NYCO MULTICAM Tunic Sizes in stock: XS/R, XS/L, S/R, S/L, M/R, M/L, L/R, L/L, XL/R, XL/L, 2XL/R, 2XL/L, 3XL/R, 3XL/L The M-Tac Military NYCO MultiCam jacket features a comfortable, slightly fitted shirt-style cut and, when paired with other items, can form a complete set of modern field uniform. The jacket is made from American NYCO ripstop fabric, a 50/50 cotton-nylon blend, in the original Crye Precision MultiCam color scheme, with NIR treatment that reduces the fabric’s visibility in the IR spectrum. The fabric also features a Teflon coating that protects it from dirt and water. Fabric with these exact specifications is used to make uniforms for U.S. Army soldiers. The jacket has a stand-up collar, closes with Velcro, and features a central fastener in the form of a split “tractor-style” plastic zipper covered by Velcro flaps. On the chest, there are two hidden Velcro pockets with vertical openings for easy access to the contents, as well as horizontal Velcro panels for attaching name tags and medical information patches. The underarms feature embroidered grommets to improve ventilation. On the sleeves: one patch pocket each with a vertical zippered opening and a Multicam-colored Velcro panel, with utility compartments for attaching pens or similarly sized gear. On the back: a reinforced yoke at the upper back, with a Velcro panel for an IR marker under the collar, and expansion pleats along the armhole contour that help maintain freedom of arm movement, even when a body armor vest or load-bearing harness is worn over the jacket. The sleeves are equipped with a patch pocket with a Velcro fastener for attaching soft protective gear. The cuffs are adjustable with a Velcro flap. Features: – When paired with pants, the jacket forms a complete set of modern field uniform. – Made from NIR-treated fabric, which reduces the material’s visibility in the IR spectrum. – The central zipper is covered by a Velcro flap that protects it from dirt. – Easy access to the chest pockets allows you to reach their contents even when tactical gear is worn over the jacket. – Velcro panels on the chest, back, and sleeves for attaching patches and identifiers. – Compartments for installing soft armor on the sleeves. – Mounts for pens or similarly sized gear on the sleeve Velcro panels. Materials: – American NYCO ripstop fabric: 50% nylon, 50% cotton. An optimal combination of abrasion resistance and breathability. This is the exact same quality of fabric used to make uniforms for the U.S. Army. Fabric in the original Crye Precision MultiCam pattern, with a comprehensive treatment including NIR impregnation and Teflon coating, which protects the material from dirt and water – MultiCam-patterned Velcro – hardware – YKK Technologies: The “MULTICAM” camouflage pattern was developed by the American company “Crye Precision” in collaboration with the “U.S. Army Soldier Systems Center.” The latter is also known as the “U.S. Army Natick Labs.” It took more than eight years of expeditions, scientific research, data analysis, and practical “field” testing to develop this pattern. This pattern was created as a single, universal camouflage for the U.S. Army. The need for it became apparent following Operation Desert Storm in Iraq. The camouflage patterns in use at the time—both the Woodland pattern for forested terrain and the Tri-Color Desert pattern specifically designed for desert operations—did not provide the necessary concealment for soldiers. Each operation, as before, required specialized camouflage. This significantly complicated the work of supply services and reduced the soldiers’ protection. Even with the start of operations in Afghanistan and the new campaign in Iraq, following the introduction of the new universal digital camouflage (Digital), the situation did not change fundamentally. It became clear that a new, unified, universal pattern was needed—one that would conceal a soldier in any terrain and at any distance from an observer. It must provide equally effective camouflage against the backdrop of vegetation as well as against desert or rocky terrain. It must provide equally effective concealment against the backdrop of urban buildings or ruins, and under varying lighting conditions. In any climate zone and at any time of year. How it works. It seemed that, no matter how hard one tried, such a pattern would be simply impossible to achieve. But the designers came up with a clever solution. They exploited the weaknesses of human vision and the imperfections in the eye’s structure. In theory, for camouflage to be effective at long distances, it must consist of large, blurred patches. At close range, however—and especially against a backdrop of foliage and vegetation, when the human eye perceives small objects with particular clarity—the pattern must consist of small, rounded elements that blend into the dominant background. The developers noted that the predominant background in virtually all regions of the globe is very similar: gradients of green and brown. What came as a revelation to them, however, was that the color black does not exist in nature, even though it is widely used in the camouflage patterns of most countries around the world. Combining…