Russia Identifies Unmanned Aerial Vehicles Over Ukrainian Port

Russia identifies unmanned aerial vehicles over Ukrainian port city of Kherson

Ethan Huff

Evidence has emerged to suggest that U.S.-NATO-led bioweapons operations are, in fact, taking place in and around Ukraine, and that Russia’s efforts there aim to dismantle this biological threat to the world.

Russian Permanent Representative to the United Nations Vassily Nebenzia revealed disturbing information in a recent speech about what he described as “unmanned aerial vehicles equipped with 30-liter containers and equipment which can be used to spray bioagents.”

Three such vehicles were identified back on March 9 in the Kherson port region of Ukraine. About a month later, 10 more of those very same unmanned aerial drones were spotted in the area of Kakhovka.

“These facts are of particular importance considering a confirmed request from the Ukrainian side to the Bayraktar UAV manufacturer about the maximum payload of Bayraktar Akinci UAVs (flight range up to 300 km) and the ability to equip it with an aerosol generating system with a 20+ liters capacity,” Nebenzia explained.

It turns out that as of March 3, 2015, there is a United States patent, No. 8,967,029 B1, linked to these strange weapons that could potentially be hauling biological weapons into Ukraine.

The patent in question talks about the “aerial release of the infected mosquitoes, i.e., for a device (unit) designed to be applied as a technical means of delivery and use of a biological weapon.”

Such biological weapons include “immunobiological agents, bacteria, and viruses,” including “highly contagious” varieties of each of these “that could wipe out 100 per cent of the enemy troops.”

In other words, it appears as though the United States may be trying to release airborne biological weapons over Russian troops to kill them and prevent Vladimir Putin’s “special operation” in Ukraine from reaching victory. (Related: Will the Russian war in Ukraine lead to the end of Western civilization as we currently know it?)

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