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Our photogrammetry services ensure precise alignment and calibration of satellite antennas through highly accurate 3D models. This method allows for the highest accuracy to alignments of reflectors; typically used on larger antennas. By capturing detailed measurements from multiple angles, we optimise antenna positioning for maximum efficiency and reliability. This advanced approach enhances signal quality and reduces the need for frequent manual adjustments, saving time and resources while maintaining operational excellence.
Theodolite alignment is essential for ensuring precision across various industries. This method is usually used for C & Ku band antennas and varying in sizes from 5-10m antennas. While commonly used in surveying, we specifically utilise this tool in constructing our satellite reflectors. By measuring angles with theodolites, our technicians achieve highly accurate reflector alignment. This process involves strategically positioning multiple theodolites around the reflector to measure and adjust its orientation. The collected data ensures the reflector meets the desired specifications, optimising performance and signal quality. This meticulous alignment is crucial for minimising pointing errors and maximising the efficiency of satellite communication systems.
Our photogrammetry mapping is then processed by our in-house software to create detailed 3D models of satellite ground stations, capturing all infrastructure and equipment with precision. These models provide a comprehensive digital representation that aids in various aspects of ground station management. From planning and design to maintenance and upgrades, our photogrammetry services ensure that every detail is meticulously documented. This allows for better visualisation, accurate measurements, and efficient decision-making, ultimately enhancing the overall performance and reliability of your satellite ground station.
Photogrammetry provides highly accurate 3D models, ensuring precise alignment and calibration of satellite antennas. This leads to improved signal quality and reliability.
By reducing the need for physical inspections and manual measurements, photogrammetry saves time and labor costs, while minimising the risk of human error.
Detailed 3D models help in planning and maintaining ground station infrastructure. They allow for better visualisation of the site, making it easier to identify potential issues and plan upgrades or repairs.
Detailed 3D models are invaluable for disaster recovery planning. They enable quick assessment of damage and efficient planning of repairs, minimising downtime and ensuring continuity of operations.
Our team of skilled professionals has extensive experience in photogrammetry and satellite ground station operations.
High precision and detail in every satellite ground station we work on. Therefore, allowing you to communicate to your satellite effectively.
We use the latest software and hardware to ensure the highest quality results.
We provide comprehensive support from project inception to completion, offering tailored solutions to meet the specific needs of your ground station.