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We specialize in UAV antenna tracking systems, integrated data links, and ground command & control (C2) terminals for long-range drone operations.

It is an auto-tracking directional antenna system that maintains stable communication links for BVLOS (Beyond Visual Line of Sight) UAV operations.

Main technical implementation methods: Blind estimation tracking based on signal strength (RSSI), active tracking based on GPS/attitude data fusion, and optical motion capture assisted tracking (scientific research/indoor scenes).

Main application scenarios: BVLOS operations, tactical communication relay, power inspection, emergency relief, surveying, patrolling, scientific research and testing, etc.

The drone data link is a bridge that establishes and maintains bidirectional wireless communication between the drone and ground control stations, relay devices, and other platforms, responsible for transmitting uplink and downlink core types of information.

BVLOS: Used for long-distance or complex terrain operations, utilizing UHF, L-band (950 MHz~1450 MHz) or Ku band (12 GHz~18 GHz), and even achieving global coverage through satellites.

Advantages: Strong resilience, rapid deployment, coverage expansion, anti-interference.

Command & Control Terminal system C2 is the update level of ground control station GCS, It is a UAV ground “command center” integrating flight control, data fusion, edge computing and on-site decision-making.

Main advantages: Task planning capability, multi-source information fusion, data processing and playback, multi machine collaborative operation.

Typical AI application scenarios: Electricity inspection, security law enforcement, water conservancy and environmental protection, engineering construction, emergency rescue.

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Intelligent algorithm: AI prediction model is introduced to predict the next time position according to the historical trajectory of UAV, and adjust the antenna direction in advance to reduce the lag.

Multi mode fusion: Combining multiple sensor data such as GNSS, visual recognition, and radar ranging to enhance tracking robustness in complex environments.

Application of phased array antenna: Electronic scanning phased array antenna can achieve fast beam pointing without mechanical motion, greatly improving tracking speed and reliability, reducing costs and improving operational efficiency.

High speed and low latency: The application of terahertz communication and 6G millimeter wave technology will increase transmission rates to the 100Gbps level, reduce latency to milliseconds, and support real-time transmission of 8K videos.

Space Earth Integration: Combining low Earth orbit satellites, high-altitude pseudo satellites, and ground 5G/private networks to achieve global coverage without blind spots, especially suitable for areas without ground networks such as oceans and deserts.

Intelligence and Collaboration: AI empowered intelligent anti-interference and quantum key distribution (QKD) enhance security; Cluster collaborative communication supports million level instruction synchronization, serving large-scale formation scheduling.

Integrated sensing and computing: Communication, perception, and computing are integrated, allowing drones to achieve high-precision positioning without the need for additional sensors, reducing payload pressure.

Universalization and Standardization: Establish a universal image storage and transmission protocol, solve interface standard issues, and achieve compatibility between different models of drones and the same ground station.

Deepening intelligence: AI will evolve from “auxiliary recognition” to “autonomous decision-making”, and ground stations will become true intelligent command centers with stronger situational analysis and resource scheduling capabilities.

Integrated platform: The closed-loop design of “intelligent control+AI recognition+precise flight” will become standard, breaking down data silos and achieving full chain digitization from data collection to automated report generation.

Low altitude economic infrastructure: Ground stations will be deeply integrated with 5G-A and sensing integrated networks, becoming key nodes for low altitude traffic management and city level drone dispatch.