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A-TACS® was developed by Digtal Concealment Systems, (DCS) to answer the call for better and more effective camouflage system integration for duty personnel in any service branch from military to law enforcement. A-TACS® is designed as a universal pattern for a wide range of operational environments with additional supporting color and design variants to follow.
Many of the modern digital camouflage patterns currently in use by the tactical community have flaws. The square pixels used to create the distortion effect do not replicate the shapes, forms and shadows of the environment they are deployed in-especially when viewed through optics. The ninety-degree angles and limited use of natural colors can in many cases, make detection easier.
Additionally, the visual noise in these same patterns tends to make them close-up into a solid color, producing a blobbing effect when viewed from a distance. A-TACS® addresses and improves these critical issues in three ways.
1. Replace un-natural square pixels with organic pixels. Utilizing our patented process, we created a palette of natural colors digitally sampled from real-world elements in carefully controlled lighting. The pattern is then created using a mathematical algorithm that writes organically-shaped pixels using the specific color information given. The resulting pattern while still digital, is far more organic in appearance.
2.- Use small patterns to create larger more distinct shapes designed to work at a distance. Small shapes create larger shapes and larger shapes are organized into a distinct pattern with no horizontal or vertical orientation. This unique pattern within a pattern concept allows A-TACS® to effectively break the human outline at great distances thereby, minimizing the blobbing effect of other patterns when viewed from a distance.
3.- More effective use of color-range produces a better concealment system. A-TACS® is created using a far greater range of inter-mingled natural colors than was previously possible. The overall base color for the cast is a neutral tan which is designed for use in open, rocky or arid environments.
Furthermore, the abstract and intricate nature of this pattern gives it a unique fingerprint which is not only adaptable to various service branches, but also makes it difficult to copy.
Many of the modern digital camouflage patterns currently in use by the tactical community have flaws. The square pixels used to create the distortion effect do not replicate the shapes, forms and shadows of the environment they are deployed in-especially when viewed through optics. The ninety-degree angles and limited use of natural colors can in many cases, make detection easier.
Additionally, the visual noise in these same patterns tends to make them close-up into a solid color, producing a blobbing effect when viewed from a distance. A-TACS® addresses and improves these critical issues in three ways.
1. Replace un-natural square pixels with organic pixels. Utilizing our patented process, we created a palette of natural colors digitally sampled from real-world elements in carefully controlled lighting. The pattern is then created using a mathematical algorithm that writes organically-shaped pixels using the specific color information given. The resulting pattern while still digital, is far more organic in appearance.
2.- Use small patterns to create larger more distinct shapes designed to work at a distance. Small shapes create larger shapes and larger shapes are organized into a distinct pattern with no horizontal or vertical orientation. This unique pattern within a pattern concept allows A-TACS® to effectively break the human outline at great distances thereby, minimizing the blobbing effect of other patterns when viewed from a distance.
3.- More effective use of color-range produces a better concealment system. A-TACS® is created using a far greater range of inter-mingled natural colors than was previously possible. The overall base color for the cast is a neutral tan which is designed for use in open, rocky or arid environments.
Furthermore, the abstract and intricate nature of this pattern gives it a unique fingerprint which is not only adaptable to various service branches, but also makes it difficult to copy.
