In the current global environment, safeguarding occupants and critical components on waterborne vessels has become increasingly important. While traditional metallic materials offer adequate protection on large ships, their substantial weight renders them impractical for smaller, more maneuverable watercraft.
Advancements in armor materials, stemming from body armor and aircraft armor, have enabled a high level of protection at a significantly reduced weight and cost. These material systems, coupled with novel integration technologies, provide an optimal solution for protecting watercraft in today’s austere environments.
This presentation will review the evolution of relevant armor technologies against common threats. It will demonstrate how these systems are applicable to modern watercraft, encompassing various composite, ceramic, and hybrid materials. Additionally, integration strategies for occupant, critical component, and power system protection will be presented.