F-16 Squadrons

The F-16 Squadrons program within the Air Force is dedicated to the research, development, testing, and evaluation of upgrades for the F-16 fighter aircraft. The primary aim is to enhance the aircraft's capabilities to address emerging threats and maintain its operational viability into the 2040s. This involves advancements in computer processing, avionics systems, engines, and structural technologies. The program seeks to ensure that the F-16 remains a vital component of the USAF fighter fleet by delivering joint lethality while maintaining low operating costs.

A key objective is implementing Operational Flight Program (OFP) updates across all F-16 aircraft. Developed by the 309th Software Engineering Group at Hill AFB, these updates integrate new mission capabilities, weapons, targeting pods, and improved avionics. The program also focuses on strengthening cybersecurity defenses and establishing secure network infrastructure for large data transfers between bases. It supports secure data management services for storing extensive flight test and operational data.

Integrated testing efforts are included to support developmental and operational flight testing for various F-16 programs. This involves scheduling, managing sorties, providing test infrastructure, facilities, range support, aircraft maintenance, test planning, analysis, and reporting. These efforts are crucial for completing OFP software and hardware development and ensuring modifications meet operational requirements.

The program also addresses advanced capability improvements such as sensor upgrades, radar updates, electronic protection enhancements, and network communications compatibility. Upgrading the Modular Mission Computer (MMC) and Programmable Display Generator (PDG) is part of resolving mission computer processing shortfalls and incorporating new cybersecurity protections. These upgrades are essential for supporting full AESA Radar capability and ensuring effective communication with advanced platforms to improve battlefield situational awareness.