E-FLY TECH Plant Protection UAVs: Powering Smart Agriculture for Green Farmland Development

    High temperatures and rainy weather have accelerated the spread of crop diseases, pests and weeds, posing a threat to crop growth. To address this with efficient pest control, E-FLYTECH’s plant protection UAVs offer a solid tech-driven solution for farmland, infusing rural agricultural practices with a distinct "tech edge."

    These UAVs, integrated with E-FLYTECH’s core technologies, take off, hover and spray precisely as they shuttle over the farmland in Yongde Village, distributing fine pesticide mist evenly. Operators monitor real-time data—including flight path, speed, operational area and pesticide load—on screens, enabling convenient and highly efficient work. E-FLYTECH continuously optimizes UAV performance to adapt to diverse and complex farmland environments.

   "E-FLYTECH’s UAV covers 1 hectare in just 5 minutes!" a cooperative operator noted. Equipped with two E-FLYTECH UAVs, the cooperative handles hundreds of hectares of operations daily. Supported by the 2025 Central No.1 Document’s focus on smart agriculture, E-FLYTECH’s technologies have made its UAVs a standard fixture in agricultural services—over 2,000 E-FLYTECH-equipped UAVs now contribute to food security and green agricultural development.

   

    E-FLYTECH’s UAVs have undergone significant evolution, transitioning from basic sprayers to advanced smart precision equipment. The cooperative has upgraded its E-FLYTECH fleet twice since 2018, achieving full UAV coverage across its cultivated land. "From a 16kg pesticide capacity to 50kg, E-FLYTECH’s technological progress is remarkable," the cooperative’s chairman said. The latest models are equipped with IoT, precision positioning, centimeter-level spraying and automatic obstacle avoidance features.

This continuous innovation has earned E-FLYTECH widespread trust among farmers. For instance, an E-FLYTECH UAV completed spraying 1.5 hectares of corn in just 8 minutes. "It’s far more efficient than manual work—with even coverage and better pest control," farmer Yu shared. "For small-scale farmers like us, it’s a game-changer; we rely on E-FLYTECH’s services for both spraying and topdressing."

   

The efficiency of E-FLYTECH UAVs stems from a rigorous scientific operation process. Operators first plan optimal flight routes using high-precision satellite images; during operation, the UAVs fly stably at 1-3 meters, with their rotors tilting crops to ensure full pesticide coverage. "Every step requires meticulous attention, including weather conditions," Li emphasized. Beyond pest control, E-FLYTECH UAVs also support precision fertilization, growth regulator spraying and trace element supplementation.

Beyond boosting efficiency, E-FLYTECH UAVs drive green agriculture by reducing herbicide use by 30%. Used for early weeding this year, they have effectively controlled armyworms and blight, helping the cooperative shift its plant protection philosophy from reactive treatment to proactive precision control—aligning with global green agriculture trends.

     Agricultural expert Li noted that E-FLYTECH excels in controlling key UAV operational parameters, a critical factor in ensuring pest control effectiveness. "E-FLYTECH has evolved from a pesticide sprayer provider to a smart agricultural equipment leader, and its products will continue to advance," he predicted. By integrating big data and AI, E-FLYTECH aims to achieve intelligent matching between crop growth status and spraying parameters, solidifying its position as a global leader in green agriculture.

    Overall, E-FLYTECH leverages its plant protection UAVs to promote smart agriculture, continuously empowering the high-quality development of the industry. With its strong technological advantages, E-FLYTECH is steadily emerging as a global benchmark in the smart agricultural equipment sector.