Hypersonics

The Hypersonics program, part of the Army's Research, Development, Test & Evaluation efforts, focuses on advancing hypersonic weapon technologies to address near-term and mid-term threats. This initiative aligns with the Army's Long Range Precision Fires modernization priority. The program aims to develop and prototype a Long Range Hypersonic Weapon (LRHW) system designed to suppress adversary long-range capabilities and engage high-value targets. It includes various projects, such as the development of the Common Hypersonic Glide Body (CHGB) and associated ground support equipment.

The Long-Range Hypersonic Weapon project seeks to field an experimental prototype with residual combat capability at the Battery Level by the end of FY 2023. This effort involves collaboration with the Navy to develop a system that includes a common glide body and booster. The LRHW will leverage existing command and control networks like the Advanced Field Artillery Tactical Data System (AFATDS). The project also emphasizes advancements in materials, manufacturing, and machine learning to support future production.

The All Up Round and Canister (AUR+C) project focuses on developing, integrating, and delivering key components for the LRHW system. This includes hardware procurement and assembly necessary for operational deployment. The project is embedded within a broader acquisition strategy that utilizes Other Transaction Authority agreements and contracts with industry partners like Lockheed Martin to ensure timely delivery.

Ground Support Equipment (GSE) is another critical component of the Hypersonics program, providing essential infrastructure for deploying hypersonic weapons. This involves planning, manufacturing, and integration efforts for systems like the Battery Operations Center and Transporter Erector Launcher. The GSE project supports logistics integration to ensure safe operational fielding of prototype batteries while incorporating user feedback into ongoing software development efforts.

Test and Evaluation activities are integral to validating the performance of hypersonic systems through rigorous testing protocols. These activities include planning, executing, and analyzing major flight tests while providing environmental testing support. This comprehensive approach ensures that all components of the hypersonic weapon system meet operational requirements before transitioning to full-scale production under future program elements.