Small Satellites for Low-Cost Space Access: Launch, Deployment, Integration, and In-Space Logistics ()
ABSTRACT
Satellite
launches have skyrocketed in recent years, as they become more affordable to
smaller businesses in a variety of sectors. They no longer need as much space
to construct it after using digital technology to considerably lower the size
of its typical satellite communications payload. As a result, they relocated to
a smaller space. A downsized payload may now fit on smaller satellites, providing them with more versatile and
powerful communications capabilities that they may not have had before.
Small satellites and CubeSats have transformed the space industry by providing
an efficient alternative for cost-effective space launches as well as undertaking
numerous technological demos, scientific
research, Earth exploration, and other missions. Furthermore, since they
are easier to design, construct, and launch than conventional satellites, these
satellites are widely employed by commercial firms, government, military, and
non-profit groups. In this article, we look at how the space industry has grown
significantly over the years, resulting in a greater number of startups
entering the market. Case studies on tiny satellite and CubeSat manufacturers
as well as mission integrator firms are covered. This study also discusses how
entrepreneurs may construct the CubeSat ecosystem by developing new
methodologies and improved subsystems for the efficient operation of CubeSats.
Finally, the article explores current trends as well as potential difficulties
and advancements in tiny satellite and CubeSat technologies. This study makes
it very evident that having private space enterprises is the only way for a
nation to become a member of the global space economy. As a result, one of the
country’s most significant responsibilities is to encourage private firms to
participate in space operations.
Share and Cite:
Malisuwan, S. and Kanchanarat, B. (2022) Small Satellites for Low-Cost Space Access: Launch, Deployment, Integration, and In-Space Logistics.
American Journal of Industrial and Business Management,
12, 1480-1497. doi:
10.4236/ajibm.2022.1210082.
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