Aerial foliar application

Aerial foliar application

Aerial foliar application is an appropriate way to lessen the usage of fertilizers and increase their absorption by plants as some plants get their essential food through leaves’ surfaces. Therefore, by using this method we can grow the absorption rate. One way to feed such plants is through organizations above the ground such as leaves. This technique is carried out mostly in situations where the plant is in immediate need of a certain element. Aerial foliar application is employed in circumstances where the state of the ground isn’t suitable for absorption of the elements (for instance when the PH or the humidity is too high or too low, when there’s a lack of ventilation, etc.). This method is quite uncomplicated and pays off quickly. Aerial foliar application in agriculture is difficult to be put to use in certain areas although considering the progress in science and technology in the field of agriculture, some farming operations have become easier to conclude than they were in the past. Aerial foliar application with drones not only brings forth a decrease in consumption of water and helps preserve the health of plants, but it also helps increase the quality of human’s health as well. Thus, Espad Sepehr Parseh enterprise as one of the pioneer companies in the field of sprayer drones in farms and gardens, has taken a giant step towards more advancement in agriculture. The sprayer drones manufactured by this company are available with capacities ranging from 10, 16 up to 20 liters which can be purchased based on the vastness of farming fields and also farmers’ need to accomplish aerial foliar application.

Technical properties of sprayer drones

  • The ability to regulate all significant parameters of foliar application like adjusting the speed
  • Regulation of total overlap in the paths and restarting the operation from the last point of application
  • The ability to perform completely automatic operations
  • Observation of the tank’s volume and capacity and total hectares of land that the foliar has been applied to at each moment
  • adjustment of nozzles’ height distance from the crops, adjustment of debbie and the diameter of dispensed particles.
  • Nightly aerial foliar application
  • employment of any kind of toxins, and liquid or solid fertilizers

Why do we use drones for aerial foliar application?

  • A five times increase in foliar application speed, meaning one hectare every ten minutes
  • Prevention of any damages made by utilizing farming tools
  • More than ninety percent decrease in water consumption
  • Health preservation of both human and biological organizations
  • More accurate application
  • Lower cost of application compared to other methods
  • Increased productivity and observation of crops’ health

Justifying the utilization of sprayer drones economically

  • Unimpaired and undamaged crops
  • Prevention of any harm towards irrigation drip tapes and furrows
  • Foliar application in all stages of growth
  • Optimal and more effectual application
  • Cheaper foliar application
  • Higher operation speed
  • Preservation of health in living beings and untargeted plants
  • Observation of plant’s health throughout all stages of cultivation right up to the harvest