The idea of Unmanned Aerial Vehicles (UAVs) also known as drones dated back in the World War I where the aerial torpedoes were designed for the military purpose. In the recent past, these unpiloted vehicles were introduced, where they were more sophisticatedly made to serve other functions other than military use (Valavanis &Vachtsevanos, 2015). In fact, these planes are now playing a vital role in most government organizations as well as businesses. The increased innovations in the development of the unmanned aerial craft will bring a future evolutional change in the commercial and military sector as will be discussed in the section below.
Following the technological revolution, the development of integrated circuit has enabled engineers to make erudite drones, which are capable of penetrating through the barriers that otherwise seems unreachable by people or other comparable technologies. Moreover, the advanced crafts are very beneficial as they are able to reach and perform the required task in a timely and proficient manner.
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In the military use, the continued development of the unmanned vehicles will bring increased convenience in the following ways: First, the innovative drones will be fitted with sense and avoid equipment that will help them evade obstacles in their path (Valavanis &Vachtsevanos, 2015). Besides, the sensors will be well selected such that they control overheating in the vehicles that could lead to an explosion. Consequently, the craft will be able to avoid any barriers and hence reach the destined position in time.
Secondly, the imminent unmanned army drones will have increased survivability. Ideally, there will be varied vehicles for different platforms where the small UAVs will flood the attack to survive denial exertion while the medium and the large ones will use electronic countermeasures for survival ( Noor &Venneri, 2013) . In this sense, the vehicles will be able to execute their mission effectively even in the high profile attacks
Thirdly, the UAVs will be integrated with other platforms to enhance efficiency ( Noor& Venneri, 2013) . For instance, when the unmanned plane is linked with a manned helicopter, the crew will be able to take control and lead the craft during the attack such that they do not miss. This way, the productivity of the craft on the battlefield will be increased due to the creation of web-situational cognizance ( Noor & Venneri, 2013) . This will, therefore, be more beneficial compared to manned efforts on the battlefield.
Fourth, the small electric aircraft will be fitted with highly effective batteries that will be long enduring throughout the battle. Further still, the larger UAVs will have high efficiency fueled batteries that will keep them on during larger platform attacks. Moreover, these vehicles will be light and have stealth technologies that will enable them to penetrate fast in the intended airspace ( Noor& Venneri, 2013) . Compared to the past aero vehicles that would run out of fuel and fall from the sky without accomplishing the desired mission, these vehicles will be highly effective in their errands.
Lastly, the advanced drones will be very advantageous in maintaining the economic stability of a country by reducing the costs incurred when manual power is sent on the battlefield. Besides, they will have lesser manufacturing and acquisition costs as well as reduced manufacturing costs. Added to the fact that they can be utilized for the multi-mission purpose, they are will be more economically feasible than manually operated battles.
In reference to commercial use, the UAV technology is still in its infant stage. Nonetheless, when the technique is well utilized, major market efficiencies and changes will be observed. One of the solutions that will be offered by the application of drones will be the efficient delivery of goods to the clients ( Boon & Lovelace, 2014) . In this case, a company will be able to program unmanned vehicle and send it on errands to deliver the goods to the targeted customers. Owing to the fact that the drones can be programmed for multi-purpose missions, the firm will be capable of delivering multiple goods to their clients globally which will, in turn, increase its reputability.
Further still, the technological advancement will make it possible to customize unpiloted vehicles to perform certain tasks such as surveying unreachable places, supplying network to remote areas, observing traffic among others ( Boon & Lovelace, 2014) . Inherently, application of this technology will be very beneficial to the government when enhancing the well being of its citizens.
In conclusion, the development of unpiloted aerospace vehicles will have a positive change when used in the military and the corporate sector. It will be very crucial in providing maximum security while lowering the rate of deaths incurred during battles; it will lower the cost of production for most industries. For that reason, the unmanned aerial vehicles should widely be accepted.
References
In Boon, K., & In Lovelace, D. C. (2014). The domestic use of unmanned aerial vehicles
Noor, A. K., & Venneri, S. L. (2013). Future aeronautical and space systems . Reston, Va: American Institute of Aeronautics and Astronautics.
Valavanis, K. P., & Vachtsevanos, G. J. (2015). Future of unmanned aviation . In Handbook of unmanned aerial vehicles (pp. 2993-3009). Springer Netherlands.
