F-22A Squadrons

The F-22A Squadrons program, managed by the Air Force, focuses on maintaining the operational relevance of the F-22 Raptor through continuous modernization. The primary aim is to enhance the aircraft's air superiority and strike capabilities by developing, testing, and fielding improvements in hardware and software. This includes upgrades to the air vehicle, engine, Operational Flight Program (OFP), and training systems. Additionally, the program addresses safety concerns and diminishing manufacturing sources while ensuring compliance with mandates such as those from the Federal Aviation Administration (FAA).

Infrastructure development is a significant focus of the program, involving maintenance and upgrades of various test facilities and labs. These facilities support the development and verification of OFPs and other software/hardware components. The Combined Test Force (CTF) at Edwards Air Force Base plays a crucial role in testing the F-22's capabilities under realistic scenarios to identify performance deficiencies early. Small projects within this program also explore new technologies for threat modeling, countermeasures, and electronic warfare enhancements.

The program emphasizes advanced technology development to mature technologies for future updates of the F-22. Projects like Keystone and Geyser focus on enhancing radar electronic protection capabilities and threat warning systems. Sensor systems improvements are underway to maintain air superiority by advancing infrared search and track capabilities.

Cryptographic modernization is another critical aspect of the program to ensure secure communications in compliance with updated interoperability standards. This involves updating radios with new cryptographic modules and redesigning communication racks for future upgrades. The acquisition strategy leverages rapid prototyping methods to quickly develop and field these advanced capabilities while transitioning successful projects into major capability acquisitions for broader implementation.