Last summer, the U.S. Army confirmed that soldiers will begin wearing the new Army Combat Uniform (ACU) that bears the Operational Camouflage Pattern (OCP) – also known as Scorpion W2.

The Army plans to transition to this new camo over time, phasing out the unpopular gray-green Universal Combat Pattern. The Army, in a statement, said a phase-out of the older uniform was ...

The U.S. Army is quietly putting the word out to commands that it is replacing its current Universal Camouflage Pattern with a pattern the service has owned for more than a decade.. The Army's ...

The pattern will replace the current Universal Camouflage Pattern. The UCP has been used for the past decade. The transition period for the pattern will extend from July 1, 2015 to Sept. 30, 2019.

The Army is replacing its Universal Camouflage Pattern with Scorpion, a pattern similar to MultiCam developed around 2002.,The Army is quietly putting the word out to commands that it is replacing ...

During this phase-in period, Soldiers may wear ACUs in either Universal Camouflage Pattern or Operational Camouflage Pattern. The phased-in adoption is also a careful use of taxpayer money.

The U.S. Army will soon replace its digital, Universal Camouflage Pattern, but soldiers may still be wearing the service's Afghanistan pattern for many years into the future. The Army's recent ...

Universal Camouflage Pattern will be worn on post or during training, and not for operations. The pattern fell out of favor when the greenish-gray, digitized pattern proved inferior to other ...

Universal Camouflage Pattern (U.S. Army) The only other country that uses the Universal Camouflage Pattern (see the photos here) for its military is Kazakhstan.

The Army has axed "digital" camouflage, bringing an end to a uniform many soldiers loathed. Its last day on duty was Tuesday. Officially termed the Universal Camouflage Pattern, the distinctive ...

A decade ago the U.S. military had two kinds of camouflage; today it has 10. The uniforms have become a case study in government duplication.