Tests conducted at the U.S. Army Chemical Corp. Proving Ground showed the feasibility of producing BW aerosols using high-speed aircraft. Aerial missions using incapacitating agents confirmed the effectiveness of disseminating the liquid agent. The study revealed that a single fighter aircraft could infect over 50% of the population in an area 125 miles long by 30 miles deep. This highlights the significant progress made in this technology.
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@WallStreetApes - Wall Street Apes
Please Do Yourself A Favor & Watch This. This Is Extremely Serious. Just Imagine How Far This Technology Has Come
Reporting Like This Disappeared From The Media, Everyone Needs To Wake Up
βAt the U.S. Army Chemical Corp. Proving Ground, tests were conducted using an F-100 aircraft equipped with an experimental spray device developed by one of the large aviation companies. One purpose of these tests was to establish the feasibility of producing BW aerosols in the most effective particle size range as a low level line source from high speed aircraft.
Wind tunnel tests had shown that effective aerosols could be produced by discharging the BW agent into a high velocity airstream. To confirm the wind tunnel test data, an aerial mission was conducted using a VW incapacitating agent. Flying at subsonic speed, the f 100 disseminated the liquid agent along a 15 mile line upwind of the test grid. Data from these tests were used to determine the effective coverage that could be expected with an operational type spray system employing the basic principles of the experimental device. This study showed that 1 fighter aircraft flying on the deck and dispensing 2 wing tanks of a liquid BW agent would cause infection in more than 50% of the populace in an area 125 miles long by 30 miles deep.
3 large aircraft could release sufficient agent to infect over 50% of the people in an area equivalent to a belt 140 miles wide extending from New York to Chicago, comparable to the total area of Pennsylvania, Ohio, and Indiana.β
Again, just imagine how far this technology has progressed.
Video Transcript AI Summary
Tests were conducted at the U.S. Army Chemical Corps Proving Ground using an experimental spray device on an F-100 aircraft. The goal was to determine the feasibility of producing effective aerosols in the desired particle size range. Aerial missions were carried out to confirm the results of wind tunnel tests. The study showed that using fighter aircraft and large aircraft equipped with a liquid BW agent could infect over 50% of the population in large areas, ranging from 125 miles long by 30 miles deep to a belt 140 miles wide extending from New York to Chicago, equivalent to the total area of Pennsylvania, Ohio, and Indiana.
Speaker 0: At the U. S. Army Chemical Corps Proving Ground, tests were conducted using an F-one hundred aircraft equipped with an experimental spray device developed by one of the large aviation companies. One purpose of these tests was to establish the feasibility of producing BW aerosols in the most effective particle size range as a low level line source from high speed aircraft. Wind tunnel tests had shown that effective aerosols could be produced by discharging the BW agent into a high velocity airstream.
To confirm the wind tunnel test data, an aerial mission was conducted using a VW incapacitating agent. Flying at subsonic speed, the F-one hundred disseminated the liquid agent along a 15 mile line upwind of the test grid. Data from these tests were used to determine the effective coverage that could be expected with an operational type spray system employing the basic principles of the experimental device. This study showed that 1 fighter aircraft flying on the deck and dispensing 2 wing tanks of a liquid BW agent would cause infection in more than 50% of the populace in an area 125 miles long by 30 miles deep. 3 large aircraft could release sufficient agent to infect over 50% of the people in an area equivalent to a belt 140 miles wide extending from New York to Chicago, comparable to the total area of Pennsylvania, Ohio and Indiana.