Agricultural drones are unmanned aerial vehicles (UAVs) designed specifically for agriculture and agriculture. Equipped with advanced sensors, cameras, and sometimes even spray systems, these drones can perform a variety of tasks to help improve the efficiency and productivity of agricultural operations.

Main features of agricultural drones:
Spraying systems: Some agricultural drones are equipped with storage tanks and nozzles to spray fertilizer, pesticides or herbicides across fields. They can carry specific payload capacities (such as 10L storage tanks) and ensure even distribution over crops.

Cameras and Sensors:

Multispectral cameras: Help capture images at a variety of wavelengths, enabling farmers to monitor plant health, assess crop growth, and detect disease or water stress.
Thermal imagers: Used to measure the temperature of crops and soil and provide information about irrigation needs.
RGB cameras: These standard cameras provide high-resolution images of the scene for mapping and monitoring purposes.
GPS and autonomous navigation: Agricultural drones are often equipped with GPS systems that can accurately map fields and autonomously fly paths, eliminating the need for manual piloting.

Software integration: These drones are often paired with specialized software that processes data collected from sensors to provide farmers with actionable insights, such as field mapping, crop reconnaissance, and pest monitoring.

Durability and weather resistance: Agricultural drones are designed to withstand harsh field conditions, including dust, humidity, and temperature changes. Many models are waterproof and can handle light rain or other harsh weather conditions.

Battery life: Battery life depends on the size and load of the drone. Agricultural drones carrying heavy loads, such as 10L of liquid, may require more powerful batteries to operate longer or cover a larger area.