The SpaceX Starship and Super Heavy launch system represents a transformative leap in space transportation, designed for full reusability and ambitious interplanetary missions. This report provides an in-depth scientific and mechanical analysis of the integrated system, detailing its key components, operational principles, and performance characteristics. It examines the innovative structural design utilizing stainless steel, the advanced Raptor full-flow staged combustion engines, and sophisticated flight control surfaces. A comprehensive flight summary outlines critical phases from pre-launch to landing, analyzing the forces and performance metrics at each stage. Special emphasis is placed on the precise operation of the Super Heavy booster's "Mechazilla" catch mechanism, exploring the underlying engineering principles, control systems, and physical measurements that enable its unprecedented reusability. The analysis reveals how SpaceX's iterative design philosophy, coupled with a strategic prioritization of cost-effectiveness and rapid operational tempo, underpins the system's potential to revolutionize access to space and enable large-scale human expansion beyond Earth.