Drones And Recent Drone Technology


A drone, or technically referred to as an unmanned aircraft vehicle (UAV) is an unmonitored air gadget that operates without a pilot as in the case of jets and other aerial vehicles. For a drone to operate, it has to be controlled from the ground, a process that could be run by a human being or automatically by a computer control system using the remote technology. The collective system that allows and enables the operations of drones is called an unmanned aircraft system, or rather, the UAS consists of the drone, the ground remote controller; manual or automatic and lastly, it also comprises of the communications that are transmitted between the two to complete the cycle. With their original purpose being to aid in military operations that the man workforce saw as too delicate, dangerous and full of peril, drones have since then a transformation in the field and their purposes have gone to be even more. Their stealth nature to a high degree and ease of use makes them popular among the different categories of humans that use them for the different purposes they have them for. The attribute of versatility in the drone functionality is greatly boosted by the fact that cameras are fixed onto their surfaces to aid in location and observation. The size of the camera depends on the size of the drone as proportionality is key to the effectiveness of the drone.

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Recent Drone Technology

In July 1849, the first form of drone was used by the Austrian army while trying to suppress the city of Venice, Italy where they delivered balloons safely and caused the intended mayhem the balloons were intended to accomplish. However, the fact that some of the balloons were blown back to Austrian territories and even destroying some of their military artillery and bases meant that there was a lot that needed to be done to improve the drone industry.in the second World War, the Dayton-Wright Airplane Company came up with an aerial bomb destroyer that would explode at a programmed time and would not require a human figure in the cockpit to man it.

It is credible to say that over the years challenges that come with some military operations that involve manpower and human presence while executing missions rendered scientists to assess the risks they carry with them and thus develop more sophisticated technological mileages that would cover for that risk. That meant introducing new drones that would present features of matched efficiency and stealth. The American Air Force, in the year 1959 realized that it was losing a lot of pilots whenever they plied enemy territory and this thus prompted them to adopt the idea of using unmanned aircraft. This meant that they could carry out aerial military attacks on enemies without the risk of losing soldiers. In fact, the process was worsened after the Soviet Union took down an American U-2 in the year 1960. The renowned program dubbed “Red-Wagon” was launched within a week’s time and the design and invention of the first American UAV found feet. The first UAV to be fitted with a camera for the purpose of the surveillance was introduced during the War of Attrition and I was done by the Israeli team of intelligence. After delivering back photos of the Sue Canal to the Israeli intelligence, the world knew that a new age had dawned and was about to grace all its corners. (Dunstan, 2013. P.16). the advantages of using drone strikes in place of real time plane and jet bombings was explained by General George S. Brown who said that “The main and paramount reason we need the UAVs is because they do not have the necessity of directly putting the safety and life of the personnel in the cockpit.” In the same year, General John C. Meyer who was the commander of the strategic air operations made a statement that praised the drones and gave a little but comprehensive response to the importance of drones. In his statement, he said, “we let the drone do the high-risk flying. It is true that the risk levels are high and so are the losses. However, the military is willing to risk and lose more of them. The drones save lives.”

Factors Considered in Drone Making


This is a term that stands for the imitation of animal features and characteristics. This involves methods such as the imitation of the structures of the birds and the insects. This give them stealth and make them suitable for surveillance missions. From the bird’s features, the industry has been graced with the Nano Hummingbird, the sub-1g microUAV takes after a fly and has the ability to make landings on dipping surfaces. Another insect the technology of drones has taken from is the unscrewed beetle among other insects.


Owing to their small sizes, less output of vibrations and low weight, UAVs have a tendency to consume less fuel since they do not require any fuel mixtures for traction and engine cooling. Additionally, this is made possible by the use of the Wankel rotary engines since they are not subject to shock-cooling during their process of descending in sky heights. Thus, the drones can last over longer distance coverage and even make larger deliveries of weight load. On top of this kind of engine, smaller drones can use flapping wings like those of a locust and enter through even narrower spaces like house windows and chimneys. They are stealthy and their efficiency is top-notch. Solar powered UAVs are also on the rise and work efficiently where solar power in abundance. That also happens to be the major limitation as they cannot operate well in areas with low solar energy intensity. They are however best suitable for activities such as weather observations and analysis, disaster monitoring and recoveries distant communications and lastly, capturing images of the earth’s surface. To boost endurance too, manufacturers have adopted the idea of using microwave power transmission and it has worked wonders alongside laser power beaming that can also power an UAV and achieve excellent results.


As for the attribute of reliability, it entails all collective features and qualities to achieve excellence with any UAV. The levels of engineering attached to drone manufacturing and assembling is therefore of high caliber and all aspects are geared towards achieving brilliance with the gadgets. The fact that they can be relied upon in regards to stealth, power and swiftness shows their brilliance and companies always make sure they are putting everything into making them better each time better than the previous one.

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