Ansys ODTK provides highly accurate orbit estimates throughout the engineering life cycle, from mission design through operations.
With Ansys ODTK, you can process a wide variety of traditional and non-traditional measurements to generate orbits with realistic covariance. ODTK can combine diverse sets of measurement types into one seamless result, enabling you to track objects from the ground, space, sea, and air using any phenomenology.
Simulate potential new tracking hardware and tasking schedules. Track Resident Space Objects (RSOs) that are frequently maneuvering. Plan rendezvous and proximity operations (RPO). Model new situations, sensors, and trajectory concepts for analysis and simulation.
Highly accurate orbit estimates and pre-flight simulations reduce costs and optimize resources.
Ansys ODTK provides highly accurate orbit estimates. Run preflight simulations to evaluate proposed tracking methodologies, reducing costs and optimizing resources while meeting mission requirements. Visualize your results in customized output products using the embedded reporting and graphing capability. With ODTK’s state-of-the-art optimal sequential filter and matched smoother, meet your most stringent mission requirements. Use ODTK’s automated interface to simplify operator workflows or integrate them into larger systems.
ODTK CAPABILITIES
Promote early phase mission design and planning, trade studies, proposals, or internal research. Simulate predicted orbit accuracies for a proposed mission to ensure that it is flyable—process spacecraft tracking data to navigate accurately and confidently on live missions. Integrate into a flight dynamics system for hands-on or lights-out operations—endorse landing operations on other bodies, such as the Moon or Mars. Geolocate ground emitters—containerize for cloud deployment.
Enables Earth-based, cislunar, and deep space missions
ODTK RESOURCES & EVENTS
Learn how your organization can leverage Ansys solutions to achieve these goals with this 5-part webinar series.
Join Dr. James Woodburn, Chief Orbital Scientist for Ansys, as he discusses the new ODTK features. Dr. Woodburn specializes in software development focusing on visibility analysis, orbital conjunctions, orbit propagation, and orbit determination. He'll review the new features that extend capabilities in deep space mission planning and execution, surface vehicle positioning, and satellite deployment from a tracked host vehicle.
In this video, Cal walks you through the updates to ODTK 7.5 from ground vehicle estimation, to child satellite deployment modeling.
