Executive Summary
This report details structural firing tests of TERRIER Mk 12 Mod 0 boosters aboard the Italian cruiser GIUSEPPE GARIBALDI (C-551) to assess blast effects on the ship's structure and personnel protection. Tests revealed excessive smoke and gas leakage, along with minor structural damage to equipment. Recommendations include redesigning blast door latching mechanisms and relocating auxiliary equipment.
Why It Matters
This document provides critical insights into the structural integrity and personnel safety challenges associated with missile launch systems on naval vessels, directly impacting naval architecture, operational doctrine, and crew protection strategies.
Key Takeaways
- TERRIER booster firings on the GIUSEPPE GARIBALDI revealed significant gas and smoke leakage into manned areas, posing health risks.
- Minor structural damage occurred to shipboard equipment and systems, including a punctured radome and charred fire hose.
- Recommendations emphasize redesigning blast door mechanisms, sealing ventilation intakes, and relocating vulnerable auxiliary equipment to enhance safety and structural resilience.
- The tests were conducted by the U.S. Naval Weapons Laboratory for the Italian Navy.
- The report highlights the importance of comprehensive testing for new weapon systems integration on existing platforms.
Strategic Relevance
This report directly addresses the operational safety and structural resilience of naval platforms integrating missile systems. Understanding blast effects and mitigating risks is crucial for maintaining combat effectiveness, protecting personnel, and ensuring the longevity of high-value assets. The findings inform naval design, maintenance protocols, and operational procedures for missile-equipped warships.