5.4m XY Antenna – Over-the-Top Target Tracking for LEO Satellite Antennas
Innovating satellite communication demands precision, agility, and robust performance. The 5.4-meter XY Antenna embodies these qualities, designed specifically for over-the-top target tracking of Low Earth Orbit (LEO) satellites. This cutting-edge antenna system utilizes dual-axis XY tracking technology, enabling unparalleled accuracy and responsiveness to the rapid movements of LEO satellites.
Key features include:
High-Precision Dual-Axis Tracking: The XY configuration allows for seamless, continuous tracking of fast-moving satellites, ensuring stable and high-quality signal acquisition even under dynamic conditions.
Optimized for LEO Orbits: Tailored for the typical orbital velocities and trajectories of LEO satellites, the antenna adjusts swiftly to maintain optimal alignment.
Robust 5.4m Parabolic Reflector: The large aperture guarantees enhanced gain and signal strength, critical for maintaining reliable communication links across various frequency bands.
Advanced Control Systems: Integrated with innovative software and hardware solutions, the antenna can perform autonomous target acquisition and tracking, reducing latency and operator workload.
Scalable and Modular Design: Built with flexibility in mind, this antenna system can be integrated into existing ground station infrastructures or deployed as part of new, cutting-edge satellite communication networks.
The 5.4m XY Antenna marks a substantial leap forward in LEO satellite ground station technology. Its over-the-top tracking capability addresses the unique challenges posed by LEO satellite dynamics, delivering exceptional performance for data-intensive applications such as broadband internet, Earth observation, and satellite constellation management.
5.4m XY Antenna – Over-the-Top Target Tracking for LEO Satellite Antennas
Innovating satellite communication demands precision, agility, and robust performance. The 5.4-meter XY Antenna embodies these qualities, designed specifically for over-the-top target tracking of Low Earth Orbit (LEO) satellites. This cutting-edge antenna system utilizes dual-axis XY tracking technology, enabling unparalleled accuracy and responsiveness to the rapid movements of LEO satellites.
Key features include:
High-Precision Dual-Axis Tracking: The XY configuration allows for seamless, continuous tracking of fast-moving satellites, ensuring stable and high-quality signal acquisition even under dynamic conditions.
Optimized for LEO Orbits: Tailored for the typical orbital velocities and trajectories of LEO satellites, the antenna adjusts swiftly to maintain optimal alignment.
Robust 5.4m Parabolic Reflector: The large aperture guarantees enhanced gain and signal strength, critical for maintaining reliable communication links across various frequency bands.
Advanced Control Systems: Integrated with innovative software and hardware solutions, the antenna can perform autonomous target acquisition and tracking, reducing latency and operator workload.
Scalable and Modular Design: Built with flexibility in mind, this antenna system can be integrated into existing ground station infrastructures or deployed as part of new, cutting-edge satellite communication networks.
The 5.4m XY Antenna marks a substantial leap forward in LEO satellite ground station technology. Its over-the-top tracking capability addresses the unique challenges posed by LEO satellite dynamics, delivering exceptional performance for data-intensive applications such as broadband internet, Earth observation, and satellite constellation management.
| Feature | Specification |
|---|---|
| Main Reflector Diameter | 5.4m |
| Main-surface Accuracy | RMS≤0.35mm |
| King Post Type | X-Y |
| Range of Motion | X/Y axis: 0°～180°; |
| The Angular Velocity | X/Y axis: X/Y axis: 0～5°/s |
| The Angular Acceleration | X/Y axis: X/Y axis: 0～5°/s2 |
| Mechanical Precision | ≤0.02° |
| Installation Platform | ground station |
| Operating Frequency | C-band, Ku-band, ka-band, S-band, L-band frequency as option |
| Application Areas | Low Earth Orbit Satellites |
