Developed a kill chain architecture for long-range fires used operationally by the U.S. Navy, Air Force, and Army, combining multiple novel capabilities, which have been exercised in the PACOM theater.

Delivered Conventional Prompt Strike Mission Planning tools that accelerated the deployment of hypersonic strike capabilities for the U.S. Army and the Navy through the success of an end-to-end flight test of the Army’s Rapid Capabilities and Critical Technologies Office’s conventional hypersonic missile.

Created low-cost, high-performance, oxidation-resistant, high-emissivity leading-edge coatings that passed extensive arcjet testing and were successfully flight tested on sounding-rocket experiments in 2025.

Designed, prototyped, and delivered advanced reentry technologies—including hardware demonstrating thermal protection system advanced materials—as part of investment by the Department of War (DOW) in modernization and recapitalization of the nation’s ballistic missile forces.

Developed and demonstrated an integrated simulation to incorporate countermeasure modalities into a multifunctional payload to demonstrate compelling effectiveness against adversary threat systems and is finalizing requirements for platform integration.

Identified future capabilities for the Air-Launched Rapid Response Weapon (ARRW) through multi­disciplinary engineering trade studies leveraging APL’s deep knowledge of the ARRW system and analytical tools, developing a clear path forward for both production and further development of advanced capabilities for ARRW.

Predicted end-to-end flight performance of the Hypersonic Attack Cruise Missile and partnered with industry, simultaneously enabling the program to pass through Critical Design Review and reducing risk during critical phases of flight.