Radiation Orbital Shielding Investigation Satellite
Abstract
In the last twenty years, CubeSats and similar small satellites have become increasingly popular, offering a cost-effective way to conduct important scientific activities in low Earth orbit when compared to traditional satellites. These compact satellites serve various purposes, including scientific research, education, technology demonstrations, and commercial applications like communication networks. The Radiation Orbital Shielding Investigation Satellite (ROSIsat) is a 1U CubeSat project specifically designed to study the effectiveness of different materials in shielding against radiation in space. To aid in the development of ROSIsat, some CubeSat components will be produced on-site, while more complex parts will be sourced externally. The main goal of ROSIsat is to carry out experiments related to radiation shielding, which is crucial for aerospace missions. The team plans to test nine different materials, including simulants of lunar and Martian regolith, to improve spacecraft protection during future missions to these celestial bodies. ROSIsat's launch will be facilitated through a rideshare service such as Spaceflight, Nanoracks, or NASA's CubeSat Launch Initiative Program. The data collected from these experiments will enhance the safety protocols for future space exploration missions. Ultimately, the insights gained from ROSIsat's findings will have tangible implications for upcoming space endeavors.
Radiation Orbital Shielding Investigation Satellite
In the last twenty years, CubeSats and similar small satellites have become increasingly popular, offering a cost-effective way to conduct important scientific activities in low Earth orbit when compared to traditional satellites. These compact satellites serve various purposes, including scientific research, education, technology demonstrations, and commercial applications like communication networks. The Radiation Orbital Shielding Investigation Satellite (ROSIsat) is a 1U CubeSat project specifically designed to study the effectiveness of different materials in shielding against radiation in space. To aid in the development of ROSIsat, some CubeSat components will be produced on-site, while more complex parts will be sourced externally. The main goal of ROSIsat is to carry out experiments related to radiation shielding, which is crucial for aerospace missions. The team plans to test nine different materials, including simulants of lunar and Martian regolith, to improve spacecraft protection during future missions to these celestial bodies. ROSIsat's launch will be facilitated through a rideshare service such as Spaceflight, Nanoracks, or NASA's CubeSat Launch Initiative Program. The data collected from these experiments will enhance the safety protocols for future space exploration missions. Ultimately, the insights gained from ROSIsat's findings will have tangible implications for upcoming space endeavors.