GNSS-Based Orbit Determination
Slingshot's astrodynamics services offer satellite operators a comprehensive solution for orbit determination, ephemeris generation, and conjunction assessment to ensure safe and scalable space operations. With the GNSS-based Orbit Determination service, operators can leverage a hassle-free as-a-service model that eliminates the need for constant monitoring of raw GNSS telemetry. This allows operators to focus on mission orchestration and operational efficiency, while Slingshot takes care of orbit processing.
Built-In Quality Control
Slingshot's system includes automated quality monitoring that detects anomalies in telemetry and spacecraft properties, providing crucial insights to operators proactively. By identifying issues before they escalate, operators gain a better understanding of spacecraft subsystems, leading to increased mission safety and longevity. This proactive approach improves operational efficiency and ensures a smooth satellite operation experience.
State Generation via GNSS Data
The flight-proven telemetry-based GNSS orbit determination solution by Slingshot offers rapid cataloging and spacecraft insights, streamlining conjunction assessment with space traffic coordination authorities. This trusted service, currently used by the 18th Space Defense Squadron, ensures efficient operation and enhances mission planning for satellite operators by providing accurate and timely orbital state estimates.
Ephemeris Generation
Slingshot's high-accuracy orbital propagator allows operators to create precise ephemerides based on their satellite's orbital state. In cases where the orbital state is unavailable, Slingshot offers orbit determination services that generate accurate estimates from GNSS data. Moreover, the Global Sensor Network can track orbiting objects and provide orbital state estimates, ensuring mission continuity and operational clarity.
Predicted Ephemeris Generation
Operators can propagate their satellite's state and covariance using Slingshot's validated propagation engine, relied upon by the 18th Space Defense Squadron. This engine generates future state predictions with high accuracy, empowering operators to plan maneuvers confidently based on reliable orbital predictions. By preserving covariance realism during predictions, Slingshot ensures precise and effective satellite operations.
Conjunction Assessment and Risk Analysis
Slingshot's services include Conjunction Assessment and Risk Analysis, supporting both catalog and ephemeris-based screening for operators. This facilitates maneuver planning, coordination, and deconfliction through the Slingshot Beacon. High-accuracy risk assessments, backed by validated models and propagation techniques, enable operators to mitigate collision risks effectively and ensure mission success.
Access and Usage
Operators can access Conjunction Assessment and Risk Analysis services via Slingshot Beacon or through an API (currently in development). Commercial operators can benefit from streamlined maneuver planning through rapid on-demand screening within Slingshot Beacon. The integration of multiple risk assessment methodologies ensures comprehensive risk analysis and decision-making support for satellite operators.