The document provides a clear and structured introduction to CubeSats ,compact, standardized nanosatellites that have revolutionized access to space. It explains how CubeSats, especially the 1U configuration, offer a cost-effective and modular approach to satellite design, making them ideal for research, education, and real-world applications.The report further explores the evolution of CubeSats from student projects to powerful tools used in modern space missions. It highlights key subsystems such as the Electrical Power System (EPS), On-Board Computer (OBC), and Communication System, each playing a crucial role in ensuring satellite functionality and reliability.A significant portion of the document focuses on the fundamentals of orbital mechanics, including Low Earth Orbit (LEO), orbital motion, Kepler’s laws, and orbital parameters. These concepts help explain how CubeSats operate and maintain their position in space.Additionally, the report discusses deployment mechanisms, practical applications like Earth observation and communication, and evaluates both the advantages and limitations of CubeSats.Overall, this document builds a strong foundational understanding of small satellite systems and the physics behind their operation, serving as a stepping stone for more advanced space technology studies.
CubeSat systems and fundamental orbital mechanics, prepared by our team member Saiprabha.
