186 CU. Mitigate Threats through Space Environment Modeling/Prediction
Team
Name | Role | Primary |
Tim Fuller-Rowell | Principal Investigator | ● |
Karen Shelton-Mur | Tech Monitor | ● |
Jennifer Huettl | Fiscal Admin | ● |
Stephanie Rosario | Fiscal Admin | ● |
Andy Wang | Fiscal Admin | ● |
Project Description
An integrated air and space traffic management system requires seamless and real-time access to density predictions for on-orbit collision avoidance and atmospheric reentry; future knowledge of deleterious particles including energetics, meteoroids, and debris; and near-surface weather prediction.
Project Outcomes
We will develop (i) a weather prediction model extending from Earth’s surface to the edge of space and (ii) a micrometeoroid detection and risk assessment system that, together, predict the environmental conditions needed for safe orbital, entry, descent and landing operations.
Summary of Output
- Define the process to develop a weather prediction model extending from Earth’s surface to the edge of space (~600 km altitude).
- Define the Process to develop a micrometeoroid detection and risk assessment system that, together, predict the environmental conditions needed for safe orbital, entry, descent and landing operations.