Nowadays, lavish weddings are held in the fields and video shooting is done by drones flying in the sky. Note who was waiting and who was leaving without blindfolding. This is a joke. But drones have a lot of important and difficult work to do and even more difficult work to be done. Ukrainian drones landed near Russian tanks in the streets of Ukrainian cities and outside in the jungle, dropping grenades and dropping hundreds of Russian tanks and thousands of soldiers. Until then, the Russians had to abandon their invasion of the Ukrainian capital, Kiev, after nearly two months of fighting, and concentrate on a limited area of the eastern Ukrainian cities of Lugansk and Mariapol, near the Russian border.
Russia’s battle ships were shot down by missiles in the Black Sea. Drone espionage was effective. But a common problem with small or large drones is that they run out of battery power relatively quickly. That is why they cannot be seen in distant long missions. But current technologists have also found a solution. Normally a drone’s battery can fly for up to 20 minutes after charging. This 20 minutes would be enough for a close active battle before the battle. But what to do if you want to spy on an area, city streets, squares or activities going on in a famous or private place or stay in one place for a long time?
If an event is actively monitored at that moment, it is possible that the following people will be alerted by the sound of the router (fan) of the flying drone. Also breaks down drones. At most, they stop their activities and move to a safer place. Now three militants were preparing to ambush and shoot in Kashmir. They were tracked by a drone camera flying in the sky and sent to paradise by the Indian Army to have fun with ‘Bonter fairies (hurr) with very big breasts’.
This was done by Kamal Draw. But it was a five-minute operation and the terrorists found out that the drone was doing surveillance but the army did not leave any chance for them to escape and hide somewhere else. But this was an operation in which drones did not need to be kept secret from terrorists. At most they might break the drone. But mechanics are attaching a simple system to drones for activities where the drone’s presence needs to be kept secret.
The power of the drone is used in its flight. Instead, if a tall building, a tree or a mountain is climbed and arranged! What if the Naxals were placed on the top of a tall tree by the side of the caddis’ arrival caddis and kept a watch on the caddis through the camera? If the drone manages to set itself up in such an important place and turns off its fan (router), it will be able to spy silently for hours with a live camera without making any noise. For its required work, for videography, the power to burn electricity has increased 12-fold and will increase even more in the future. A technique is being used to pinch a small drone on the high wall of a high-rise building.
Jeffrey Mao and his colleagues at New York University have developed such drones using equipment currently available in the market, but without any major breakthrough in technology. This is because the velcro strap is currently attached to the drone. The problem with this system is that you have to prepare the surface in advance by placing velcro on the wall where you want to place the drone, as we know that another velcro strip is needed to glue the velcro.
But, the problem with this system is that not all events or happenings happen in a predetermined place. It is often reported a few minutes in advance. Another major problem is that it is not possible to scratch this type of velcro by going into enemy territory or anime territory. Enemies often become wary. So it is necessary for the drone to go to the wall or any other surface without any prior preparation and pinch. Nature has to teach a new method by creating lizards in the world. The lizard has sacks in its legs.
The lizard puts it on the wall so that the air in the bag escapes and a vacuum is created in the soles of the feet. As a result, the outside air pushes on those bags and the lizard’s feet stick to the wall. For this reason, lizards can escape by lying on the roof. This science is elementary level and everyone who has studied seven or eight knows this. When we go to some trade fairs and exhibitions, we find sabudani, hanger nails, etc. made of plastic and rubber sticking to the bathroom wall tiles.
Stay in the bathroom for two to four days after you buy it. Then put soap and it will fall down and after two days it will fall down by its own weight. That is why shopkeepers do not sell such things. Sold at fairs. Because there are no permanent customers coming and no need to answer. This means that the laws and methods of science are true but the material that can be used forever has not yet been developed by science.
Which can be sold at a price that the common man can afford. But if some material needs to be taken for military work then it needs to be developed and its cost is not considered here. Researchers now say that the lizard’s legs will be able to overcome the limitations of velcro by developing the material it finds. Yet there is still a potential disruption here. Material like lizard legs can also stick to fairly flat surfaces like glass, tiles. If the surface is pitted, there is a possibility of air entering the rubber bag or foot from the side. But they will place several bags at the base of the drone instead of one. So even if air penetrates into a corner bag, it penetrates. Doesn’t make much difference. What difference does it make if one of Kanakhjura’s legs is broken?
U.S. military research is developing drones and other equipment that can be hung on a single tree. Its color and shape also depends on the branches of the tree and the shape and color of the leaf so that the instrument (drone etc.) becomes camouflage by itself. On the mountains or on the side of the road such tools will be given the shape and color of stones so that no one can catch them.
Small lizard-style drones can also be attached to the wall of a ship. Which will be able to inform the satellite of the direction in which it is moving. However, this task is no longer difficult and large vessels can be easily tracked by other means. The United States has provided satellite data to Ukraine’s military, which has taken advantage of the Russian warship’s “Moscow” warship to be shot down by the Ukrainian military. However, the US spy agency also used sophisticated drones. The drones that the New York team is building can be very small and can spy on a boss’s telephone conversations, etc., by sniffing them out of sight of a boss’s cabin window. That way walls, mountains, trees and tall buildings will have both eyes and ears.
But there is still a small technical interruption. The drone can perform recordings and other tasks in a way that is stationary when it is flying or fixed on a single surface. But the situation is challenging whether one is preparing to sit on a surface while flying or from where one is sitting. The distance between the drone and the wall must be quickly and accurately measured when sitting on a high wall or any other surface. So that it can be squeezed lightly without hitting the window or the wall and without making any noise. A special software has been developed for this.
This software determines the speed at which the draw is to take off and land, while maintaining the angle of the degree. Drones can hurt themselves if they land too hard or horizontally. Usually a router is used first to achieve the required speed and then landing by turning on a rotating fan of 120 revolutions per minute for landing. This lending process is more likely to result in a malicious error. It is difficult to slow it down and bring it to a landing surface. Technology is still evolving but full of some promising and exciting possibilities.
