Guided Multiple-Launch Rocket System (GMLRS)

The Guided Multiple-Launch Rocket System (GMLRS) is a research, development, test, and evaluation effort within the U.S. Army aimed at enhancing the capabilities of GMLRS rockets and common components. The program focuses on developing and integrating advanced technologies to improve precision, range, and lethality of the rockets. Specifically, it includes efforts to demonstrate Sensor Fuzed Weapon (SFW) payload prototypes for enhanced operational capabilities, investigate potential cost reduction initiatives, evaluate and develop technologies to enhance overall product performance and survivability, as well as system test and evaluation. The program also supports the development of an Enhanced Alternative Warhead (EAW) into a standard range GMLRS rocket and Next Generation Guidance Set development in support of Assured Positioning, Navigation, and Timing (APNT) requirements.

Project EG2 under Program PE 0205778A specifically focuses on the development of the GMLRS Alternative Warheads. This project is dedicated to supporting the Enhanced Alternative Warhead (EAW) system development, including hardware, rocket and launcher software, component and system level qualification, integration, and testing into standard range GMLRS rockets. Additionally, it aims to enhance the lethality of GMLRS rockets against light and medium armored targets by modifying the warhead, proximity sensor, and warhead fuze. The project also involves ongoing efforts to continue component development and qualification testing as well as updates to launcher fire control software and rocket operational flight software.

In summary, Program PE 0205778A focuses on advancing the capabilities of GMLRS rockets through research, development, test, and evaluation efforts. It encompasses projects aimed at enhancing precision fires with improved range and lethality while also addressing cost reduction initiatives and evaluating technologies for improved performance and survivability. These efforts are crucial for maintaining a competitive edge against advanced threats from near-peer adversaries.