Advanced Hawkeye

The Advanced Hawkeye program is a critical initiative for the Navy, providing a carrier-based airborne command and control platform equipped with advanced radar and communication systems. The primary objective is to maintain the United States' tactical advantage by upgrading the E-2D aircraft's capabilities. This includes enhancements to its radar system, communication links, and sensor integration, all aimed at improving battle management efficiency. The program also focuses on ensuring that the E-2D remains a pivotal component in theater and carrier strike group air defense, supporting joint long-range fires necessary to counter peer adversaries.

A key goal of the Advanced Hawkeye program is to upgrade the 25-year-old computing architecture of the E-2D aircraft. This upgrade is essential for leading Joint All Domain Command and Control (JADC2) efforts across various theaters. The program involves significant research and development efforts to integrate new capabilities into the aircraft, including improvements to mission systems, datalinks, and sensors. These upgrades are tested rigorously before being deployed as part of a Delta System/Software Configuration (DSSC) package, ensuring consistency and control across the fleet.

Major initiatives within the program include the Hawkeye Cockpit Technical Refresh (HECTR) and Theater Combat Identification (TCID). HECTR addresses obsolete cockpit components to enhance safety during carrier landings after long sorties while reducing sustainment costs. TCID focuses on upgrading computing infrastructure to provide multi-level security and cross-domain solutions through an Open Mission System Architecture. These initiatives align with broader strategic visions for naval operations and joint command structures.

The program emphasizes continuous improvement in mission systems through agile development processes. This includes phased releases of new capabilities under DSSC builds, such as Sensor Netting and Data Fusion enhancements. These efforts aim to improve situational awareness, interoperability with other naval assets, and overall combat effectiveness. Additionally, training equipment upgrades ensure that fleet personnel are well-prepared to utilize these advanced systems effectively in operational environments.