UAV Command & Control Terminal System (CCT)

SoarApex`s UAV Command & Control Terminal System is the core control equipment for monitoring, manipulating, and managing unmanned aerial vehicle flight platforms and mission payloads, including functional modules such as flight monitoring, route planning, and data link communication. For better collaboration with project solutions and more product options to choose from, please refer to Automatic Antenna Tracking System, Integrated Data Link and Power Station Solution Products.

Why Choose Command & Control Terminal System?

Core functions and application scenarios

1. Flight monitoring and remote control: Real time display of key flight parameters such as drone altitude, speed, heading, battery level, etc., supporting remote sending of control commands to complete operations such as takeoff, landing, hovering, and return. ‌
2. Route planning and automatic flight: Supports preset and custom flight paths, including takeoff points, waypoints, turning points, and landing points. Flight speed, altitude, and aerial actions can be set to achieve fully automatic waypoint flight operations. ‌
3. Map navigation and geographic information display: Integrated satellite maps or topographic maps, real-time display of the drone’s current location, flight trajectory, and surrounding environment information, supporting Google 3D map perspective and offline map use. ‌‌
4. Task payload management: Control the working modes of task payloads such as multi-spectral cameras, infrared thermal images, and delivery systems, and support custom servo channel operations such as photography, airdrop, and valve opening and closing.
5. Security protection functions: including virtual guardrails, electronic fences, automatic return when out of control, low voltage alarms, etc., to ensure flight safety.

Compatible with multiple drones and third-party control systems

1. Supports multiple platforms including Windows, MacOS, Linux, and Android, with the “one stop, multiple machines” feature that can monitor multiple drones simultaneously.
2. Supports MAVLink/CRSF protocol, adapts to flight control systems such as ArduPilot/PX4/INAV/Betaflight, and provides 3D attitude ball and voice broadcast functions. ‌‌
3. Supports USB, Bluetooth WiFi、 There are four connection modes for hot spots. ‌‌

System composition and technical architecture

1. Hardware composition: including ground data terminal, data link system, antenna control equipment, remote control and other hardware modules. ‌
2. Software architecture: Adopting an open platform architecture based on service components, supporting function tailoring and cross deployment scenario integration, involving the “1+M+N” multi domain ground control station spectrum. ‌
3. Communication Protocol: Supports mainstream protocols such as MAVLink and CRSF, compatible with IEEE 802.11 (WiFi), Bluetooth wireless communication, and serial and TCP/IP communication data transmission and reception. ‌‌
4. Data processing: Equipped with automatic flight record saving, task playback, and data analysis functions, supporting task data import and export as well as cloud storage. ‌‌

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