Deeply adapting to the core scenarios of smart agriculture, we focus on two core applications agricultural machinery antenna positioning and agricultural drones. We provide highly adaptable and reliable dedicated antennas and supporting solutions, covering keyscenarios such as autonomous driving of agricultural machinery, drone field inspection, agricultural machinery operation schedulingand precise seeding and fertilization. Relying on the core advantages of antennas, we empower the upgrade of smart agriculture.
Addressing the positioning needs of agricultural machinery antennas, we offer high- precision satellite navigation antennas and GNSspositioning antennas Utilizing multi-system fusion technology (Beidou, GPS, GLONASs, Galileo), these antennas exhibit stable phasecenters, high positioning accuracy, strong anti-interference capabilities, and resistance to harsh environments. They can be preciselyadapted to various agriculturalmachinery equipment (tractors, seeders, harvesters, etc.), enabling real-time positioning, path planning.automatic navigation, and operation trajectory recording for agricultural machinery. This ensures precise and efficient agriculturaloperations, reduces manual intervention, and enhances operation uniformity and yield.
For agricultural drone applications, we provide high- gain, lightweight, and vibration-resistant drone-specific antennas that are suitablefor agricultural drone inspection, precision spraying, farmland surveying and mapping, and other scenarios. These antennas supportcore functions such as high-definition image transmission, remote control, positioning and navigation, and feature waterproof anddustproof (P68 level, high and low temperature resistance, and electromagnetic interference resistance. They can stably transmit datain complex farmland environments, assisting drones in completing tasks such as farmland moisture monitoring, pest and diseaseinvestigation, and precision pesticide application, replacing traditional manual inspection and operation modes.Allsmart agricul-ure-specific antennas are made of high-temperature, high-humidity, and salt-alkaliresistant materials, adaptable to various harshfarmland environments. They can be used in conjunction with agricultural machinery equipment and agricultural drones to achieveintelligent control, effectively saving water and fertilizer resources, reducing agricultural production costs, improving crop yield andquality, and facilitating the transformation of traditional agriculture towards precision, inteligence, and greenification, promoting thehigh-quality development of the smart agriculture industry.
