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DJI Agriculture’s Impact on Global Farming

In the heart of Brazil at Agrishow 2025, DJI Agriculture released its fourth annual report outlining the transformative impact of agricultural drones on farming worldwide. This year’s report details the significant advancements achieved in agricultural drone technology and their implications for agricultural efficiency and sustainability.

According to the findings, by the end of 2024, there were approximately 400,000 DJI drones actively being utilized across 100 countries, a staggering increase of 90% from 2020. This rapid growth is indicative of a shifting paradigm in agriculture, where precision farming is not just a trend but a requirement for modern agricultural practices.

Acceleration through Supportive Policies

The report emphasizes that the primary drivers behind this drone revolution are increasingly friendly regulations from aviation authorities and educational initiatives that empower a new generation of pilots, particularly young people and women. Yuan Zhang, Head of Global Sales at DJI Agriculture, stated that a clearer framework for training operators has led to a surge in diverse participants entering the field. This aligns with global efforts towards sustainable farming practices.

In 2024, countries like Argentina and Spain made significant moves by relaxing restrictions surrounding drone usage in agricultural settings. These changes have facilitated a transition from limited trials to widespread applications, enabling farmers to leverage drone technology for a broader range of crops. This progressive approach is evident in regions like Brazil, where pilot training has become standardized, ensuring more individuals can legally operate crop-spraying drones.

Technological Advancements in Drone Design

Despite the promising growth in drone adoption, challenges remain, particularly regarding pesticide application and drift management. DJI has worked vigorously to optimize their drone nozzle designs and airflow dynamics to counteract these issues. Through extensive testing and collaboration with international partners from 2021 to 2024, they have developed best practices to minimize drift during pesticide applications. This includes recommendations on suitable wind conditions, flight altitudes, and droplet sizes tailored to various pesticides and field conditions.

Diverse Case Studies Demonstrating Success

The report also outlines various case studies that illustrate the efficacy of drones in farming. These examples range from coffee cultivation in Brazil, where using DJI’s Agras T40 and T50 drones has reduced operational costs by an impressive 70% compared to manual spraying, to enhancing vineyard management in Romania, where a vineyard owner could cut chemical usage in half, down to 111.94 liters from 241.64 liters. This practical application of drone technology not only increases efficiency but also promotes environmentally conscious methods of farming.

For instance, when working with rice farmers globally, DJI has documented best practices for rice distribution, such as adjusting flight altitude and ensuring the use of germinated seeds that do not exceed a specific size. These tailored strategies serve as key examples of how drone technology can be adapted to meet the unique needs of different crop types.

As the agricultural industry continues to embrace these innovative tools, DJI Agriculture remains dedicated to supporting farmers by enhancing their productivity and sustainability through advanced drone technology. The insightful findings provided in the 2024/2025 Agricultural Drone Industry Insight Report highlight the increasing integration of drones as essential equipment on farms around the world.

Ultimately, DJI Agriculture aims not only to revolutionize farming practices but also to contribute positively to global water conservation efforts, having reported a significant saving of around 222 million tons of water and a reduction of 30.87 tons in carbon emissions through the adoption of their drone technology.

For more information on the comprehensive insights discussed in this report, visit DJI Agriculture.