Advance agricultural drone system

The aim of this paper is Develop and Data collection of Drone for agricultural applications and needs of farmers. The use of unmanned aerial vehicles (Drones) is growing chop-chop across several civil application domains together with crop yield prediction, land use surveys in rural and concrete regions, traffic police investigation and weather analysis. The unmanned little scale drones area unit notably appropriate for hard issues which need correct low-speed manoeuvre and hovering capabilities like careful space mapping. Today's farmer got to upset progressively advanced issues. Problems like water-quality and amount, global climate change, glyphosate-resistance weeds, soil quality, unsure trade goods costs and increasing input costs to call many. AADS is new method of data collection based on needs of farmers of twentieth century. The AADS contains four rotors each are connected to four rotary wings containing fins or blades. It will be able to regulate the thrust/lift throughvarying the speed of the rotors through a radio controller. This RC will be fitted with a micro controller programmed to avoid obstacles through sensors and vary the speeds of rotary wings and provide visual.