drones can remotely identify base stations at a distance of 3-5 kilometers.

With the rapid development of drone technology, long-range identification technology has also made continuous breakthroughs. The latest 2.4G/5.8GHz drones can identify base stations within a distance of 3-5 kilometers using efficient wireless signals. Whether in dense urban environments with high-rise buildings or in open areas, these drones can reliably identify target base stations through accurate signal reception and processing. The long-range identification capability of up to 5km expands the application scope of drones, especially in fields such as military reconnaissance, environmental monitoring, and disaster relief, which has significant strategic importance. Through optimized wireless communication technology, drones can achieve reliable identification at greater distances, ensuring the successful completion of missions.

Another highlight of the 2.4G/5.8GHz UAV is its real-time data transmission function. During flight, all sensor data, image information, and recognition results can be instantly transmitted back to the operation center or terminal equipment via a stable wireless signal. This real-time data transmission technology enables users to instantly obtain high-definition images and precise geographic location information captured by the drone, greatly improving the efficiency and accuracy of drones in tasks such as remote monitoring, mapping, and search and rescue. Simultaneously, the system's built-in automatic data return mechanism ensures continuous data transmission even in special circumstances, preventing information loss due to network issues.

Drones are prone to overheating during prolonged high-load operation, posing a challenge to equipment stability and safety. To address this issue, 2.4G/5.8GHz drones are equipped with an efficient cooling system. Through optimized airflow design, heat sinks, and an intelligent temperature control module, this system rapidly dissipates heat during flight, maintaining the internal temperature within a normal range. Whether in high-temperature environments or during prolonged continuous operation, this efficient cooling system effectively prevents drone overheating, ensuring stable operation in complex environments.

2.4GHz and 5.8GHz are two widely used wireless bands in the drone industry. This drone supports compatibility with both frequency bands, allowing users to choose the most suitable band for operation based on their specific needs. The 2.4GHz band offers better penetration and is suitable for more complex environments, while the 5.8GHz band provides higher transmission speeds and is suitable for scenarios with higher signal requirements. This compatibility design allows users to flexibly switch between different frequency bands, ensuring optimal flight performance and signal stability under various operating conditions.