FertiDrone is ICL’s dedicated plant nutrition brand, designed to capitalize on the unique advantages of aerial plant nutrition application. FertiDrone is a low-salt index, high-analysis water-soluble fertilizer that is suitable for low volume and ultra-low volume applications, making it the perfect fertilizer for foliar application by agricultural aircraft and drones.
Drones are becoming increasingly common in agriculture. They are versatile, energy efficient, and offer targeted fertilizer application. The highly concentrated FertiDrone plant nutrition solution helps extend coverage and flight times, improving efficiency, while the targeted application can reduce overall application rates, avoiding over-use and thereby improving sustainability.
Maximize the advantages of agricultural drones with ICL’s FertiDrone fertilizer.
FertiDrone 0-43-35 is ICL’s low-salt index, high-analysis water-soluble P, K, and micronutrient foliar fertilizer designed for drone application.
ICL's high-concentration fertilizers ensure efficient, precise nutrient delivery for drone applications. Explore our solutions to maximize drone technology.
FertiDrone is suitable for all types of crops, such as:
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Frequently asked questions we received from farmers
FertiDrone is a brand under ICL, specializing in high-concentration, low-salt index water-soluble fertilizers designed specifically for aerial application. These properties make FertiDrone ideal for both low volume and ultra-low volume applications by agricultural drones. Drones, known for their energy efficiency and precision in targeting, align perfectly with FertiDrone’s formula to extend coverage and flight times. This not only enhances agricultural efficiency but also reduces the risk of over-application, thereby promoting sustainability.
The low salt index of FertiDrone is particularly beneficial for crops as it minimizes the risk of salt stress, which can negatively impact plant growth and yield. When applied via drones, this feature ensures that the nutrients are delivered efficiently without causing osmotic stress to the plants. The precision application capability of drones further enhances this benefit by ensuring that nutrients are applied only where needed, avoiding the accumulation of salts in the soil.
The use of drones enables precise, targeted foliar application, reducing waste and ensuring that nutrients are delivered exactly where needed, enhancing both efficiency and effectiveness in crop nutrition management.
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