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Dazzle: Art Or Camouflage? - MSNPersonalized Pattern For Camouflaged Cars The dazzle camouflage has even begun to become more personalized, with each car company having their own unique pattern to showcase the upcoming cars ...
Dazzle patterns have been used as far back as World War I to camouflage ships at risk of being sunk by U-boats, and the technique is still used today.
This kind of pattern was called Dazzle Camouflage, though historians prefer to call it "Razzle Dazzle," and when you see it, you'll immediately understand why.
Bold, irregular geometric patterns — known as dazzle camouflage — were painted on ships to confuse enemy submariners. The idea was simple: distort the perception of a s ...
Unlike traditional camouflage, which helps objects blend into their surroundings, dazzle camouflage used stark geometric patterns to try to confuse German U-boat captains’ perception of a ship ...
The bold zig-zag patterns that adorned naval ships during the world wars also appear in nature and may bewilder locusts, a new study suggests.
As noted in a 2016 Smithsonian report, merchant ships clad with the dazzle pattern during the war were reportedly granted lower insurance premiums.
"Motion dazzle" camouflage uses bold geometric patterns in an attempt not to blend in, but to confuse observers. Theoretically, these patterns make it difficult to judge speed and trajectory.
As seen on ships like the French light cruiser Glorie, the camouflage scheme known as "Dazzle" confounded Axis forces throughout the war.
Painting army vehicles with high contrast geometric patterns -- "dazzle camouflage" -- affects the perception of their speed and thus could make them less susceptible to rocket propelled grenade ...
The Dazzle version has a pattern inspired by dazzle camouflage to ensure your game-winning skills are hiding in plain sight." The site goes on to describe the "Dazzle" makeover as follows: ...
Locusts' compound eyes are fooled by motion dazzle camouflage, which uses bold contrasting patterns to confuse the viewer's sense of speed and trajectory. Lisa Clancy ...
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