Charles Harris

Charles Harris serves as a General Engineer with the W4MM USA Joint Munitions Command under the Department of the Army, where he plays a critical role in the acquisition and lifecycle management of conventional ammunition and explosives systems. His technical expertise supports the command’s mission to ensure operational readiness through the procurement of specialized munitions components, with a focus on engineering compliance, safety standards, and supply chain resilience. Harris typically manages engineering-driven contracts requiring rigorous technical evaluation, including materials specification, performance testing, and quality assurance protocols for defense-critical components. While no contractor relationships are currently identifiable in the procurement record, Harris engages with manufacturers possessing specialized capabilities in high-performance rubber and plastic elastomers, particularly those certified to military specifications for explosive containment, vibration damping, and environmental resilience. His procurement approach emphasizes technical fidelity over cost alone, prioritizing vendors with proven experience in defense-grade materials and compliance with DoD standards such as MIL-SPEC and MIL-STD-810. Harris’s contracting activity shows a 100% preference for non-set-aside procurements, indicating a focus on technical capability and production scale over socioeconomic preferences. This pattern reflects the mission-critical nature of munitions components, where availability, certification, and performance consistency take precedence over small business set-asides, though he remains compliant with all federal contracting regulations. His primary procurement focus is centered on NAICS 326220—Rubber and Plastics Hoses and Belting Manufacturing—indicating deep specialization in engineered polymer systems used in munitions packaging, detonation control, and explosive transport containers. He routinely evaluates materials for thermal stability, chemical resistance, and mechanical integrity under extreme conditions, demonstrating expertise in advanced elastomeric systems critical to the safe handling and storage of conventional ordnance.