UAV acoustic apparatus for insect swarm stimulation, first part
Can we persuade the lukewarm locusts to attack our enemies? It seems that we can do this by means of a directional sound stimulus. Disrupt the enemy by guiding massive swarms of locusts towards communication posts, radar installations, SAM sites, command and control stations, logistics sites, large infrastructure using UAVs equipped with sound devices typically used in agriculture instead of pesticides.
Disrupt the enemy, with a little help from Mother Nature. Locusts can be a great source for our military as a non-lethal disruptive weapon. Locusts do not attack people or animals. There is no evidence to suggest that lobsters transmit diseases that could harm humans, but short-term agents could be placed in their food before being released to cause temporary illness, 3-day cold, vomiting, nausea, and dizziness. A swarm of massive density moves fast and can darken the sky inciting fear in almost any man.
As a non-lethal weapon, these locusts not only temporarily induce mayhem and mayhem, but the disturbance will last for quite some time. Insects such as locusts, grasshoppers, and cockroaches are considered common insect allergens. Lobsters emit pheromones, or hormones, which are produced during mating, lobsters mate constantly. Desert locust scales shed from their wings during flight add to the amount of dust in the air, triggering allergies and similar symptoms.
There are other chemicals and phenols released from decaying vegetation that can foul the local air, all of which can act as allergens to humans. Those with allergic reactions mainly in people who are already susceptible to asthma will have a much worse situation. Exposure is generally considered an unintentional nuisance, which comes with lobsters. There is a lot of documentation on these topics and insect breeding facilities and research laboratories where there are strict rules about wearing face masks, even when working with only a few specimens. Asthma may appear a year or two after initial exposure, but airborne dust particles will immediately cause stinging eyes, sore throat, and shortness of breath.
We can control locust swarms, the premise is to use acoustic devices to force uninviting sounds along the path of the locusts using a small formation of UAVs that fly roughly a few hundred meters wide. Which will send sound waves in vertical columns to the ground from about 200-300 feet AGL. At the rear will be two or three additional UAVs, picking up the rear, forcing the Locust to keep moving towards the enemy and the intended breakpoint. The UAVs will need to use electricity to avoid interference from our precise frequency manipulation from the power plant, as they are reciprocating engines.
Since the locusts surround the site of the disruption and cannot get out due to the sound waves, they will continue to eat whatever they can find, including rubber, wiring, insulation, wood, and whatever is in there, they will be able to get into it. vent doors, cracks, tents, vehicles, you name it. No one can leave the premises, the store, the vehicles, so they are trapped in a hysterical and fearful personal struggle. Do you remember the movie Birds?
Locusts as the insect of choice offer a lot of potential in the way of disruption, as we’ve seen swarms of locusts wreak havoc and leave destruction in their wake. Locust swarms have also been mythologized in the religious doctrines of so many cultures and civilizations. For example, in the revelations, demons can take the form of locusts? In Islam, could locusts appear as a punishment for the lust of a guilt-ridden follower? Virtually every religious doctrine of our period mentions swarms of locusts. This adds further uncertainty and disturbance to an enemy steeped in emphasizing religious beliefs. Due to the severe destruction of plants, agriculture, locusts have meanings not only in religious works but also in the stories of Mexican, South American, American Indian, Australian Indigenous, and Far Eastern cultures as well. Beyond the folklore, however, there is a real fear of locust swarms.
Most weather satellites and GeoSats cannot see locust migrations and swarms, but as a military operation, the most advanced and sophisticated Boeing, Hughes and Lockheed spy satellites will be able to see the operation unfold. There are many PestControl devices on the market to help us control these locusts. Most don’t work all the time, however the concept is sound, both in reality and in principle. It acts with the appropriate frequency on certain species of insects.
Sound and bug type will of course be combined in our proof of concept and modified to include which devices and frequencies can be used. Due to the weight and payload capacity of the UAVs, we will be using a high lift fat wing, which is neither edible nor desirable for the chosen insect. Due to the speed of flight of the insects and allowing them their physiological need to stop and eat on the way. Attack routes will need to take into account GIS data and recent aerial digital satellite photography to ensure that the route of destruction allows for enough food on the way, without so much as to delay the scheduled rendezvous with the timing of anticipated panic and disruption of the enemy.
There are many pest control devices that can be over 33% effective today in the 5,000 square foot home. These units are relatively inexpensive and the most common consumer residential units, providing up to 2500 square feet of pest control, are very simple and lightweight and we can ditch the Chinese made molded plastic trim and save even more weight. We intend to use these off-the-shelf devices in conjunction with off-the-shelf aircraft models to guide our bugs for proof of concept. We will have two storage containers, which will be 6.2 miles apart. The first will have Lobsters inside and the second will have food that lobsters like to eat, to capture the insects for later testing. We’ll place food along the path, some at the edges to demonstrate that we can make insects ignore the food supply and follow the intended path of positive sound and not want to cross negative sound waves, which they don’t like.
We will be using the desert locust, Acridoidea, which is one of 14 different species of short-horned grasshoppers. They have been known to change behavior and form swarms. This is desirable as we let them out of the box. These swarms can become extremely mobile traveling at high speed for insects and traveling many miles. Desert locusts can be sampled in the Mojave or Nevada deserts for our test. When these locusts are in reversal periods, they can usually survive in arid or semi-arid deserts. They can be found in Africa, the Middle East, Inner Asia, and Southwest Asia.
These insects are notable and can live in areas with less than 3 inches of annual rainfall. Scientists know that during plagues these insects can spread across many, many millions of square miles, encouraging and forcing these insects into small areas and controlling them with sound waves and channeling them in the direction of our enemy, we can move them at fast speeds and the disturbance these insects can cause is more than well documented. Locust plagues or massive swarms don’t appear to be predictable in any way, though scientists may uncover that secret in the future as well as we master other Earth weather cycles.
