This research project focuses on the conceptualization and design of a New Zealand solar sail mission set to explore cislunar space. The primary objectives encompass the examination of families of periodic orbits and a comprehensive study of the cislunar environment, with a specific focus on dust and micrometeoroids. The project aims to undertake a preliminary spacecraft design, identify regions in space prone to encounters with dust and micrometeoroids, and analyze the requirements for solar sail acceleration necessary for effective transfers.
To achieve these objectives, the research will commence with an extensive review of both past and proposed solar sailing missions. This review will serve as a foundational step in developing a tailored design optimized for the unique requirements of the New Zealand solar sailing mission. The anticipated outcomes of this research include advancements in spacecraft design, a deeper understanding of the cislunar environment, and valuable insights into solar sail acceleration, contributing to the broader field of space exploration.
Undergraduate
A mission prelimianry design, including a mission profile, a mass and power budget, and a subsystems breakdown.
None
No lab has been assigned to this project