Regulatory Development Study: Flight Safety Systems

UK Launch Services Ltd (UKLSL) embarked on a comprehensive study to evaluate approaches to Flight Safety within launch systems, with a specific focus on Flight Safety Systems (FSS) and Flight Termination Systems (FTS). The project encompassed an in-depth examination of various sectors where safety-critical systems are employed, alongside a critical analysis of the architectural, system, hardware, and software aspects of Flight Safety Systems utilized in current and historical launch systems.

To ensure a comprehensive understanding, UKLSL extensively researched and critiqued the Flight Safety Systems employed in other sectors that require safety-critical systems. This broadened perspective allowed for the identification of best practices and innovative solutions that could be applied to the development of Flight Safety Systems within the launch industry.

Moreover, UKLSL critically analyzed the architectural, system, hardware, and software components of Flight Safety Systems used in current and past launch systems. This evaluation encompassed a thorough assessment of their effectiveness, reliability, and compliance with safety standards.

As a result of the study, UKLSL generated a series of insightful observations and recommendations. These valuable outcomes serve to inform the process of developing the Flight Safety elements that are relevant to the new UK spaceflight regulations. By leveraging their expertise and in-depth research, UKLSL provided meaningful guidance and suggestions to enhance the Flight Safety requirements within the regulatory framework.

The observations and recommendations derived from this study will play a pivotal role in shaping the development of Flight Safety regulations in the UK spaceflight industry. By incorporating industry best practices and addressing the architectural, system, hardware, and software aspects, UKLSL's study ensures that the new regulations will foster a robust and comprehensive Flight Safety framework, prioritizing the well-being of personnel and the integrity of launch systems.