ground-systems

To size a ground station network, provide the mission orbit parameters, expected data volume, and downlink rate. The system calculates station coverage, contact windows, and pass planning margins to determine the required single- or multi-station configuration for your space mission.

Calculating contact windows and daily data volume requires analyzing pass geometry against the spacecraft orbit. By inputting downlink rates and orbital parameters, the system estimates contact windows and daily data throughput to ensure mission operations meet data latency requirements.

Yes, CCSDS protocols are fully supported for telemetry and telecommand integration. The system enforces CCSDS TT&C protocol usage during ground network sizing and MOC architecture design to ensure compliant data pipelines and end-to-end mission operations center functionality.

Yes, it supports evaluating provider options including DSN, ESTRACK, KSAT, and commercial alternatives. It assesses ground station network coverage and contact windows to optimize provider selection across Launch and Early Orbit Phase (LEOP) through nominal operations.

Designing data processing pipelines for a multi-station ground segment involves mapping telemetry downlink rates against station coverage. The system evaluates contact windows and data throughput margins to architect robust pipelines spanning single or multiple ground stations.

Considering downlink rate during pass planning is critical to match data volume with available contact windows. The system uses downlink rate and orbital pass geometry to calculate throughput margins, ensuring the ground segment meets mission data latency and volume requirements.