Abstract
As the strategic significance of space operations intensifies, the need for advanced protection against radar frequency (RF) radiation on spacecraft surfaces has become paramount. This article focuses on the latest developments in protective coatings specifically designed to enhance spacecraft resilience to RF exposure. It examines the role of radar-absorbing materials (RAM) and advanced conductive coatings in minimizing radar detection and safeguarding critical systems. These coatings convert or reflect radar energy, thereby reducing the radar cross-section and mitigating potential RF-induced damage. The discussion extends to the integration of these coatings with stealth-oriented geometric designs, providing a comprehensive approach to reducing a spacecraft's visibility and vulnerability in contested environments. By exploring these specialized coating technologies, the article underscores their critical importance in the next generation of spacecraft, ensuring both operational security and the longevity of space assets in increasingly hostile domains.
