U.S. Air Force Creates Point Defense Flights to Protect Air Bases from Drones and Cruise Missiles.

The U.S. Air Force is establishing dedicated Point Defense Flights to protect its air bases against drones, cruise missiles, and other emerging threats, marking one of the most significant operational initiatives announced during the June 10–12, 2026, Corona summit at Wright-Patterson Air Force Base, Ohio. The decision reflects a major evolution in air warfare, where the ability to defend airfields is now as critical as generating combat sorties in contested environments.

The new units will provide dedicated point defense against increasingly sophisticated aerial attacks, helping preserve sortie generation and maintain operational continuity during high-intensity conflict. As potential adversaries expand their long-range strike and unmanned capabilities, improving air base survivability is becoming a core element of U.S. readiness, deterrence, and global power projection.

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U.S. Air Force training with small unmanned aircraft systems reflects the service’s growing focus on air base defense, as new Point Defense Flights are being created to counter drones, cruise missiles, and other low-altitude threats. (Picture source: U.S. Department of War/Defense)

Announced by senior U.S. Air Force leaders following the service's highest-level planning conference, the Point Defense Flights will initially be staffed by personnel drawn from multiple career fields while a dedicated Air Force Specialty Code is created. The decision signals an institutional shift in how the Air Force intends to defend its installations against persistent aerial threats, treating air base protection as a specialized operational mission rather than an additional security responsibility.

Unlike traditional Security Forces units, the Point Defense Flights are expected to focus on defeating low-altitude airborne threats, a defining feature of contemporary warfare. The rapid spread of commercial drones, one-way attack unmanned aerial vehicles, loitering munitions, and precision-guided cruise missiles has transformed military airfields from relatively secure rear-area installations into targets that can be engaged throughout every phase of a campaign.

Recent conflicts have reinforced that assessment. In Ukraine, both Russian and Ukrainian forces have repeatedly struck military airfields with long-range drones and missile attacks aimed at destroying aircraft on the ground, damaging runways, disrupting logistics, and reducing sortie generation. These operations have demonstrated that air superiority can be undermined by sustained attacks on the infrastructure that supports flight operations rather than on aircraft alone.

A similar pattern has emerged across the Middle East. Iran has demonstrated increasingly sophisticated combinations of ballistic missiles, cruise missiles, and unmanned aerial vehicles capable of reaching fixed military installations at extended ranges. Houthi forces have also employed one-way attack drones and missiles against military facilities and strategic infrastructure, illustrating how relatively inexpensive precision weapons can impose high operational and economic costs on defending forces.

For the U.S. Air Force, the challenge is especially acute in the Indo-Pacific. China's People's Liberation Army Rocket Force has developed an extensive inventory of ballistic and cruise missiles designed to hold forward air bases, logistics hubs, and command facilities at risk. In any regional contingency, installations in Japan, Guam, and other allied territories could face sustained strikes intended to disrupt flight operations before combat aircraft can be launched.

This threat environment is reshaping long-established concepts of air superiority. During previous decades, protecting airpower largely depended on fighter patrols and integrated air defense networks. Today, commanders must also safeguard aircraft shelters, maintenance facilities, fuel storage sites, ammunition depots, communications infrastructure, and runways against continuous attacks from drones and precision-guided weapons. The resilience of these facilities has become inseparable from combat effectiveness.

The creation of Point Defense Flights indicates that the Air Force intends to institutionalize this mission instead of relying primarily on installation security organizations or temporary force packages. While the service has not disclosed the systems these units will field, they are expected to employ layered defenses combining advanced sensors, electronic warfare capabilities, kinetic interceptors, and, as they mature, directed-energy weapons. Such an architecture would allow commanders to engage a broad spectrum of threats, from commercial quadcopters to larger one-way attack unmanned aerial vehicles and low-flying cruise missiles.

The initiative also complements the Air Force's Agile Combat Employment (ACE) concept, which disperses aircraft across multiple operating locations to complicate enemy targeting. Dispersion reduces the vulnerability of concentrated aircraft fleets but simultaneously increases the number of locations that require credible local air defense. Dedicated Point Defense Flights could become a key enabler of distributed operations by providing persistent protection for expeditionary and austere airfields expected to sustain combat missions under hostile conditions.

Beyond its immediate operational value, the initiative reflects a broader doctrinal evolution. Air base defense is increasingly viewed as a combat function that directly influences operational tempo and campaign endurance. The ability to preserve runways, logistics infrastructure, maintenance capacity, and command-and-control networks determines how effectively air forces can sustain sorties during prolonged operations against a peer adversary.

The establishment of Point Defense Flights represents more than an organizational adjustment. It reflects the U.S. Air Force's recognition that future campaigns are likely to begin with attacks against the infrastructure that enables airpower rather than against aircraft alone. Building dedicated personnel, doctrine, and defensive capabilities for this mission strengthens the service's ability to sustain combat operations and maintain freedom of action in increasingly contested theaters.

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Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years of experience in defense journalism, he provides expert analysis of military equipment, NATO operations, and the global defense industry.