The Boeing E-7 Airborne Early Warning & Control (AEW&C) is a combat-proven force multiplier that provides unparalleled abilities to scan the skies; communicate with surface, ground and air assets; and enable integration across the joint force.
The benefits of a growing global fleet include mission systems interoperability, mission readiness and life-cycle cost, and a common technical growth path to stay ahead of global threats.
In support of the U.S. Air Force’s Operational Imperatives, the department must field capabilities such as next-generation sensors and networked connectivity – all within the Department of Defense budget and on a rapid timeline. The E-7 is the only available, persistent command and control aircraft capable of meeting those needs.
Boeing’s E-7 is a combat-proven, affordable solution to meet the U.S. Air Force’s near-term E-3 replacement needs while also addressing Operational Imperative capability requirements. As a derivative of the in-production Next-Generation 737 and in operation with the UK, Australia, Korea and Turkey, the E-7 can be fielded to provide the warfighter with a measurable operational advantage.
The E-7 is an integrated, flexible command and control node that leverages networked connectivity, edge processing capabilities, and organic communications and sensor data generation to support significantly improved operational decision-making and resilient and efficient force employment.
Its next-generation, multi-domain capabilities are foundational to maintaining Air Superiority – providing accurate, timely and effective support.
The E-7 offers the most resilient, advanced airborne moving target indicator capability (AMTI) available.
The E-7 provides beyond-line-of-sight connectivity to joint and coalition assets in degraded and contested environments.
A powerful MESA radar provides high-quality sensor data at range, preserving the tactical advantage.
Based on a militarized Next-Generation 737, the E-7 is a persistent, off-the-shelf platform that brings lower operating and sustainment costs, higher mission readiness rates and unmatched interoperability among a growing global user community.
Currently in service or on contract with Australia, South Korea, Turkey and the United Kingdom, integration in future coalition operations is a distinct advantage.
Converted from the Next Generation 737-700, the E-7 capitalizes on existing commercial derivative aircraft design, certification and modification processes, allowing E-7s to be fielded to meet mission requirements.
With over 9,000 worldwide 737s that include 30 global repair facilities and 250 global service centers, the E-7 benefits from significantly reduced maintenance and logistics costs.
As a derivative of the in-production Next-Generation 737, the E-7 has access to a well-established global supply chain that enables higher operational availability rates.
The future battlespace will be more complex, dynamic and unconventional. Through its open systems architecture and agile software development, the E-7 provides rapid, affordable capability growth to remain relevant as threats evolve.
Designed for continuous updates, the E-7 enables the customer to use either Boeing or third-party software to maximize the warfighter’s flexibility to rapidly upgrade or field new capabilities regardless of vendor.
Boeing successfully married the Open Mission Systems (OMS)-compliant battle management command and control (BMC2) system to an advanced, wideband active electronically scanned array.
Customers have flexibility to add or upgrade future capabilities, select vendors and determine an implementation schedule – aligning with the DOD for flexible, net-centric warfare.
As the primary platform in a virtual demo, the E-7 shared data and common operating pictures between multi-domain systems – from sensor to sensor, to platform, to shooter.