• 6. Drone usage areas
  • 6.1 Agriculture
  • 6.2 Environment
  • Systems supporting the development of drone technology




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    5. Systems supporting the development of drone technology
    The use of new technologies with existing systems is an important issue that ensures 
    the development of the system and the increase in performance. With the addition of 
    new generation technologies such as artificial intelligence (AI), the Internet of Things 
    (IoT), big data, blockchain, 3D printing, robotics, gene studies, 5G, nanotechnology, and 
    solar cells, which gained the first remote control feature with the use of radio signals, the 
    usage area of drones expanded [11]. When evaluated in terms of the contributions of the 
    developed technologies to the drones, the body, propeller, and engine parts are modeled 
    with a 3D printer; with artificial intelligence technology, the range is increased with a 
    solar cell, and it can process big data quickly with 5G, and control and coordinate the use 


    17
    Drone Technologies and Applications
    DOI: http://dx.doi.org/10.5772/intechopen.1001987
    of a robot for special purposes with the results it produces. A drone that can fly is notable 
    for most industries. The capabilities and usage areas of drones will develop depending 
    on the technology development. Although drones are seen as the end users of developed 
    technologies, they have the potential to be an important tool in the development of 
    technological innovation, depending on the needs.
    6. Drone usage areas
    Although the use and development of drones are always for military purposes, the 
    use of drones in both commercial and other sectors is becoming widespread today. 
    The evaluations regarding the usage areas still used in this regard and expected to 
    become more widespread soon are summarized below.
    6.1 Agriculture
    In agricultural areas, it contributes significantly to providing data to sector stake-
    holders and increasing producers’ productivity by collecting data with regular land 
    observation. Drones in spraying, fertilization, and plant damage detection applica-
    tions inspect the planted crops (
    Figure 17
    ). The use of drones in agricultural produc-
    tion is becoming more common daily, and it provides convenience for producers to 
    optimize production by increasing efficiency and reducing physical load. Drones offer 
    significant time savings in agricultural research, planting seeds, monitoring livestock, 
    and predicting crop yields. Smart farming techniques will become more widespread 
    with drone and satellite data for producers to monitor their products and plan for 
    planting, fertilization, and spraying times.
    6.2 Environment
    Depending on the increasing city population, drones are successfully used in 
    environmental control and emergency response processes. To prevent environmental 
    pollution, drones not only carry out projects aimed at cleaning the seas but also make 
    an important contribution to the fight against poaching and the tracking of endan-
    gered animals. The behavior and disease conditions of animals can be followed thanks 
    to thermal cameras. In addition, oil companies use drones for inspections of oil and 
    gas leaks. Drones with thermal cameras perform important tasks in detecting leaks 
    quickly and preventing possible risks.
    Figure 17.
     
    Agricultural drone.


    Drones – Various Applications

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    Systems supporting the development of drone technology

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