AV-8B Aircraft - Eng Dev

The AV-8B Aircraft - Engine Development program is dedicated to enhancing the capabilities and extending the service life of the AV-8B Harrier aircraft. Managed by the Navy, this initiative involves a comprehensive approach to design, development, integration, and testing of various platform improvements. Key objectives include the Engine Life Management Program (ELMP), which focuses on ensuring the safety and operational readiness of the F402-RR-408 engine through engineering investigations and solutions addressing safety, obsolescence, and maintenance issues.

A significant aspect of this program is the development of Operational Flight Programs (OFPs) that enhance pilot situational awareness and improve weapon selection interfaces. The program emphasizes compliance with crypto modernization requirements and integration with modern GPS capabilities to maintain combat relevance. This includes updates to avionics, communication systems, navigation equipment, and weapons systems to ensure seamless interoperability with current tactical platforms like the F-35.

Additionally, the program addresses obsolescence management by conducting research and analysis for system safety improvements, structural integrity assessments, and reliability enhancements. Engineering Change Proposals (ECPs) are developed to mitigate emergent issues related to aircraft safety, service life extension, and compatibility with evolving mission requirements. The evolutionary acquisition strategy supports these efforts through a series of block developments aimed at continuous improvement.

The program also supports unique flight test requirements for weapons integration and avionics upgrades. These efforts are crucial for maintaining the aircraft's operational readiness until its end of service date in 2028. By focusing on both immediate enhancements and long-term sustainability, this program ensures that the AV-8B remains a vital component of the Marine Air-Ground Task Force's aviation combat power during its transition phase.