Drone Technology with powerful hardware, an AI engine and 3D operation planning that
brings operation efficiency to a whole new level.
Crops require adequate fertilization and application of pesticides in order to maintain yields.
Drones that spray crops can hold large reservoirs of liquid storage and can be run safely (or
even autonomously). It can also be managed and run in contrast to crop dusters at a fraction
of the cost.
A drone may appear easy to operate, but in reality, the system is equipped with complex
technology. It is a specially designed multi-propeller mechanism, making it highly
autonomous and helps to reduce failures.
It is also important to note that although a motor
inside the system stops working, it will continue to fly because it is driven by propellers
operating in groups.
Drones with a large number of engines can control their intensity and can, therefore, bear more loads during flight. Such propellers are powered from a specific source and most of the machines are powered by removable batteries so that they can stay in the air for long periods. By using powerful batteries in the system, the flight time can be extended.
