E-11A

The E-1 1 Development program focuses on the operational systems development for the E-11 Battlefield Airborne Communication Node (BACN) platform. This initiative aims to enhance tactical edge Joint and Coalition information interoperability through air, space, and surface systems. The program's objectives include integrating new hardware and software capabilities to improve system performance, interoperability, and availability. These efforts align with the department's approach to system development upgrades supporting current and future Open Mission System (OMS) technologies.

Key goals of the E-1 1 Development program involve onboard enhancements such as datalink receiving capability in the platform cockpit, including Link-16. It also explores the feasibility of onboard operators supporting payload control capabilities. The program focuses on expanding external time reference capabilities and developing additional communication systems like Military Global Positioning System (MilGPS) enhancements. Safety of flight considerations, aircraft structural integrity, and continuity of service requirements are addressed through avionics upgrades and early system engineering assessments.

The BACN project under this program element is dedicated to BACN payload weapon system components. It seeks to integrate advanced antennas and waveforms while enhancing ground support capabilities. The project emphasizes risk reduction activities for future capabilities on BACN payloads and aircraft efforts, including initiatives for payload form factor updates and integration with other aerial gateway systems such as Roll on Beyond Line of Sight Enhancement (ROBE).

Additionally, the BACN project involves developing simulators/trainers, training materials, and technical publications to support emerging communications requirements in highly contested environments. The project aims to ensure that all E-11 aircraft are equipped with M-Code GPS for enhanced military-grade GPS capabilities across the BACN fleet. Efforts include substantial analysis, design, systems engineering, and developmental activities required for integrating these capabilities onboard existing civilian derivative aircraft.