Research and development (R&D) is a crucial component for any space startup to succeed and as it helps to advance technology, create new products and services, and establish a competitive advantage.
“At Skyline Space, we understand the importance of research and development in driving progress and innovation in the space industry. That’s why we endow R&D to bring cutting-edge technology and solutions to the market. Our objective is dedicated to advancing key areas such as space sustainability, space debris removal, and in-space resource utilization. We are committed to creating products and services that will change the future of space exploration and push the boundaries of what’s possible. With a focus on profitability and a clear path to commercialization, our R&D efforts are shaping the future of the space industry.”
In this mission, our primary research is entirely focusing on developing a satellite to detect space debris which is in sizes of less than 1 cm in the LEO by implementing a Machine learning algorithm.
In the futuristic perspective of space transportation, we have proposed a novel methodology in the conception of Spaceports with dual purpose system in LEO to deploy small satellites (nanosatellites, microsatellites, up to 3U CubeSat) to their respective orbit within the spaceport’s altitude range and to increase the life period which could help in reducing the launch and inactive satellites. We are here preferring the TYPE-II Superconducting magnets to do the satellite docking and deployment performances.
Due to the high comic radiation and coronal ejections, there are a lot of prospects to damage the satellites would lead to a huge issue in space. To overcome the issue, we are developing a space sustainability project by put forwarding the design of a satellite with an artificial radiation shield.
