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Second-year students from groups B-21ZIK, B-22ZIK, and B-23ZIK explored topics such as the varieties of unmanned aerial vehicles (UAVs) and their fields of application. UAVs are becoming an integral part of various spheres of modern human activity, making the study of this topic important and relevant, especially in the context of rapid technological progress.
The discussion began with the main classifications of UAVs. Unmanned aerial vehicles can be classified by size, purpose, and design characteristics. For example, micro-UAVs, which weigh up to 2 kg, are used for tasks in confined spaces and have high potential in urban environments for monitoring specific objects. Among small UAVs, small tactical vehicles weighing from 2 to 20 kg are also distinguished. They are much more versatile and are widely used not only for civilian purposes, such as filming infrastructure objects, but also for military purposes.
Next was the question of medium and heavy UAVs, which can reach weights of hundreds of kilograms or even tons. They are designed for serious tasks such as cargo delivery or conducting reconnaissance operations. These vehicles are capable of much, including operation in confined areas where traditional means can no longer provide the necessary accessibility.
There was also talk about hybrid UAVs, which possess unique properties that allow them to take off like helicopters and fly like airplanes. This opens up new horizons for application, especially in areas where saving space during takeoff and landing is important.
It is important to note that the application of UAVs extends to numerous fields. In the military sphere, these vehicles are used for reconnaissance and strike operations, significantly increasing the effectiveness of military actions and reducing the risk to human life. But they are also becoming increasingly relevant in the civilian sector. For example, UAVs are actively used in agriculture for monitoring crops and assessing crop conditions using multispectral imaging. The use of drones in this field helps to manage yield more efficiently and monitor the condition of agricultural land, allowing for quick responses to emerging problems.
The use of UAVs in scientific research is also worth mentioning. They enable scientists to monitor forest conditions, assess damage from natural disasters, and study biodiversity. Data collected using UAVs proves extremely valuable for timely response.
In industry and construction, the use of UAVs significantly simplifies the process of surveying or filming objects such as bridges and buildings, saving time. The ability to conduct inspections without risking the lives of specialists enhances safety at industrial sites. Furthermore, the use of UAVs for cargo transportation is already becoming a reality, seriously changing the approach to logistics by enabling the delivery of goods to remote areas. It is also worth mentioning that UAVs are actively used for engineering and geodetic purposes, collecting spatial data about the earth's surface for further processing and analysis.
The vast possibilities of UAVs are also opening up in the field of cinematography. They can be used to create unique video and photographic materials from aerial perspectives.
In summarizing the meeting of the "AgroNTRI" student scientific club, it can be concluded that studying the use of unmanned aerial vehicles in various fields, including the agro-industrial complex, is very important today. They are not only a symbol of modernity but also represent a powerful tool in many spheres of human life, from agriculture, geodesy, and land management to science and technology.
By developing knowledge and skills in this area, one can not only deepen professional qualities but also prepare for a future where UAVs will occupy an even more significant place in society. As a result of the meeting, a discussion on the designated topic was held, and preparations began for the next meeting, where students will deliver presentations.
A.A. Nugmanov
