STRADA Unit
Advanced Composites & Ballistic Resistance Chemistry Team
Developing resilient material systems, protective chemistry frameworks, and field-ready composite solutions that strengthen humanitarian infrastructure, personnel safety, and mission durability in high-risk environments.
Mission
Protective Materials Research
This unit advances composite formulations and ballistic-resistance chemistry to support protective systems, hardened field assets, and mission-critical equipment used across unstable and austere operating conditions.
Its work bridges materials science, polymer chemistry, impact behavior analysis, and survivability testing to inform safer deployment standards for humanitarian teams, infrastructure partners, and technical response operations.
Capabilities
Core Focus Areas
Composite Formulation
Designing layered material systems that balance weight, flexibility, thermal stability, and structural resilience for demanding operational contexts.
Impact Chemistry
Studying chemical interactions, bonding behavior, and degradation pathways that influence resistance to force, fragmentation, and environmental stress.
Field Application Testing
Evaluating prototype materials for integration into protective equipment, mobile infrastructure, and mission-support platforms requiring dependable performance.
Support Science-Led Protection
Pacific 7.0 International invests in applied research that improves operational resilience, protective capability, and evidence-based humanitarian response.
Partner with STRADA through philanthropy, collaboration, or strategic engagement to strengthen advanced research for global crisis environments.
