Budget Account
2040A - Research, Development, Test and Evaluation, Army
Budget Activity
07 - Operational system development
Description
The Combating Weapons of Mass Destruction Product Improvement program aims to enhance the Army's capabilities in detecting and protecting against chemical, radiological, and biological threats. This initiative focuses on managing obsolescence across multiple programs, with a particular emphasis on the Radiological Detection System (RDS). The RDS is designed to provide a joint solution for detecting and measuring radiation, replacing older RADIAC meters. The primary goal is to ensure that these systems remain effective and interoperable with current military technology.
In FY 2025, resources are allocated specifically for the development and testing of the Radiological Detection System. A key objective is to achieve interoperability with Army radios, which is essential for meeting the Net Ready Key Performance Parameter (KPP) requirements. This involves mandatory testing to validate that the RDS can effectively communicate within existing military communication frameworks. These efforts address radio interoperability challenges and ensure that the system meets all necessary performance standards.
The Radiological Detection System Development project is a new start within this program, highlighting its importance in modernizing defense capabilities against radiological threats. The project will utilize support through Other Government Agency collaboration to accomplish its test and interoperability requirements. This strategic approach ensures that the RDS can be seamlessly integrated into current operational systems, enhancing overall mission readiness and effectiveness.
The Combating Weapons of Mass Destruction Product Improvement program underscores the Army's commitment to advancing its detection technologies. By focusing on obsolescence management and interoperability, the program aims to maintain a robust defense posture against potential threats posed by weapons of mass destruction. The successful implementation of these objectives will contribute significantly to safeguarding military personnel and assets from chemical, radiological, and biological hazards.