The theory of intelligent environment is spreading among the farmers who are recipient
toward environmental responsible plant production all over the word. Among the precision
farming, the possible feasibly technology of this theory devices should base on use
of Unmanned Aerial Vehicles (UAV). The fixed wing devices, the helicopters and the
multicopters are also named as UAV in the agriculture. Constant technological developments
of remote sensing techniques utilizing drones (specifically of UAV) are increasing
spatial and temporal resolution of data availability for land and crop management.
The efficiency and applicability of UAVs are dependent on different factors for example
payload capacity, flying range, average speed, operation costs, etc. In the Hungarian
agricultural situation the two obstructive factors are the attitude with the describe
IT devices and the cost of the adaptation which is linking with aspects of the economical
of scale. In case of IT the farmers have not appropriate knowledge and they are afraid
of use the IT based technology. In the practice there are several examples for the
badly prepared decision which went to the risky situation. The aim of the study is
to examine the feasibility of UAVs with an economic model which is able to construct
and analyse the UAV devices in service compare to the non-aerial precision farming
vehicles for plant protection. For these calculation we make a simulation model in
Excel.
