The 0.6 m portable monitoring antenna is designed for receiving downlink signals from non-geostationary orbit (NGSO) satellites. It integrates a high-speed turntable controlled by host computer software, enabling automatic acquisition and tracking of satellite targets. The system is capable of supporting real-time tracking and monitoring of a wide range of domestic and international NGSO satellite systems.

The 1.0m X-band portable station enables rapid deployment for telemetry, tracking, and command (TT&C) operations with medium and low-Earth orbit satellites. Using satellite TLE (Two-Line Element) data and GPS positioning, the host computer software calculates orbital trajectories to ensure accurate tracking and maintain real-time communication with the satellite.

The 1.5m Ka-band portable TT&C and data transmission station supports telemetry, tracking, and command operations for medium- and low-Earth orbit satellites with known orbital parameters. By inputting the satellite’s TLE into the host computer software and using GPS position data, the system calculates orbital trajectories in advance to enable accurate tracking and real-time communication. The station is designed for high mobility, featuring easy assembly and disassembly, compact storage, and flexible deployment.

The 1.8m Ka/Ku dual-band portable monitoring antenna is designed for TT&C and data transmission with medium and low-Earth orbit satellites using known orbital parameters. By inputting the satellite’s TLE into the host computer software and combining GPS position data, the system calculates orbital trajectories in advance. Equipped with a high-speed turntable, the antenna can be software-controlled to automatically track satellite targets and maintain real-time communication. It supports tracking and link monitoring of typical domestic and international NGSO satellite systems.The 1.8m Ka/Ku dual-band portable monitoring antenna is designed for TT&C and data transmission with medium and low-Earth orbit satellites using known orbital parameters. By inputting the satellite’s TLE into the host computer software and combining GPS position data, the system calculates orbital trajectories in advance. Equipped with a high-speed turntable, the antenna can be software-controlled to automatically

Designed for high-throughput satellite applications, the MinoPad portable station features a 0.3m equivalent-aperture Ku-band antenna and a total weight of just 5.5 kg. It offers 2–3 hours of operation without external power, providing a lightweight and reliable satellite communication solution for industry users. The system can be widely applied in emergency response, security support, desert expeditions, and field rescue missions.