This white paper outlines a research initiative by Rook Armor to evaluate the multi-hit survivability of laminated titanium-based metal matrix composites (MMCs) reinforced with titanium carbide for use in tactical ground vehicle armor. Traditional lightweight armor systems often degrade after a single impact, while MMCs offer the potential for repeated impact resistance without excessive weight. The program will fabricate various MMC panel configurations, subject them to ballistic and mechanical testing, and correlate results with simulation models to identify optimal designs. The goal is to generate actionable, high-confidence data to support future acquisition decisions by the Army, Marine Corps, and SOCOM. With low technical risk and a proven execution model, this initiative seeks to provide the DoD with next-generation armor solutions for modern combat environments.
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