Aircraft Survivability Development

The Aircraft Survivability Development program is a vital part of the Army's strategy to improve the survivability of its aviation platforms. This initiative focuses on developing and integrating advanced Aircraft Survivability Equipment (ASE) to counter evolving threats. Key projects within this program include the Aircraft Survivability Equipment Development (ER7), Common Missile Warning System (CMWS) (ER8), and the Improved Threat Detection System (ITDS). These efforts aim to enhance detection, classification, and countermeasure capabilities against threats such as infrared-guided missiles and other hostile munitions.

The ER7 project concentrates on advancing Radio Frequency (RF) ASE for Army aviation through a phased approach. It involves upgrading the APR-39 Radar Warning Receiver to enhance threat detection and identification capabilities. The project ensures that current systems remain effective while developing more advanced RF ASE capabilities. This includes adopting systems like the APR-39D(V)2 from the United States Navy and implementing hardware and software upgrades to stay relevant against new threats. The ultimate objective is to integrate these improvements into Future Vertical Lift (FVL) platforms.

The CMWS project aims to provide missile warning systems that cue countermeasures against incoming infrared-seeking missiles. The system alerts aircrews to threats and employs countermeasures such as decoy flares and infrared laser jamming. Designed to remain in service beyond 2040, CMWS adapts to emerging threats through ongoing software development and integration with other ASE systems. The project also includes initiatives like the Limited Interim Missile Warning System Quick Reaction Capability (LIMWS QRC), which addresses capability gaps until future threat detection systems are operational.

The ITDS initiative marks a new start in FY2025, transitioning from previous threat detection efforts. It seeks to develop an integrated system capable of detecting, classifying, and countering a wide range of threats, including Electro-Optical/Infra-red guided systems, unmanned aerial vehicles, and lasers. Utilizing a Middle Tier of Acquisition approach, ITDS aligns with PM ASE's System of Systems strategy, focusing on rapid prototyping and open system architecture integration. This effort aims to provide comprehensive coverage against evolving threats in hostile environments, ensuring enhanced protection for both current and future Army aviation platforms.