RAPID DRAGON

What is Rapid Dragon?

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Led by the Air Force Research Laboratory’s Strategic Development Planning and Experimentation office Rapid Dragon is a palletized munitions experimentation campaign exploring feasibility and operational advantages of airdropping long-range palletized munitions from existing airlift platforms, such as the C-130 and C-17, without aircraft modifications. The multi-phase program brings together nearly 30 stakeholders from across DoD, Air Force Major Commands, Test and Evaluation enterprise, program offices, and industry to develop and demonstrate the capability through modeling, simulation, analysis, demonstration and flight tests. The program, established in December 2019, expects to achieve powered flight within 24 months.

How Can the Air Force Utilize Palletized Munitions?

Rapidly deployable palletized munitions can saturate the airspace with multiple weapons and effects, complicate adversary targeting solutions, help open access for critical target prosecution, and deplete an adversary’s air defense munitions stockpile. Additionally, the Air Force could utilize palletized munitions to aid in restricting sea-lane or harbor movement (palletized sea-mining mission), drive a reallocation of resources to address new Concept of Operations (adversary cost imposition), and provide this capability, as a force multiplier, to foreign partners and allies when U.S. aircraft availability may be limited in some scenarios.

Why palletized munitions for the Department of the Air Force?

  • Tactically, provides overwhelming mass.
  • Operationally, augments fighters/bombers, thus freeing up strike aircraft for other high-value missions within the Area of Responsibility.
  • Strategically, enables a strategic bombing capability for Foreign Partners & Allies (and other US Services), reverses cost imposition curve, and serves as a strong means of deterrence.
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A standard cargo airdrop of the Palletized Munition Deployment System from a C-17A. A four-pack configuration is used for demonstration purposes. (Courtesy photo)

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An airdropped Palletized Munition Deployment System carrying JASSM-ER simulants. The photo shows one of the JASSM-ER cruise missiles in the Deployment Box immediately after being airdropped from a C-17A. (Courtesy photo)

How do palletized munitions work?

Palletized munitions are traditional weapons which are employed via airdrop from existing cargo aircraft utilizing a specially-designed deployment box on a standard airdrop platform. The complete system is designed as a roll-on roll-off capability to enable rapid fielding and eliminate the need for aircraft modification.

Current efforts are working to employ multiple palletized munitions platforms in a six-weapon configuration (C-130) and nine-weapon configuration (C-17). The goal is to further refine these attributes to increase payload options and configurations with additional weapon systems. In this system, weapons with preloaded targeting information are secured into a weapon release mechanism and loaded onto the airlift aircraft. When a target is selected and a strike request is made, routing and retargeting coordinates are confirmed and/or updated.

Once deployed using standard air drop procedures and stabilized under the parachute, weapons are systematically released. Released weapons ignite, pull up, and proceed normally to the target.

illustration of airdrop

Representation of Palletized Munitions CONOPS. Rapid Dragon Experimentation focuses on the Palletized Weapon Airdrop Portion.

What is the DAF doing to further this capability?

Through the Rapid Dragon Program, AFRL’s SDPE and its partners (Air Force Futures, Air Force Special Operations Command, Air Mobility Command, and industry partners) are progressing to powered-flight within 24 months in a four-phased approach.

  • Phase I successfully demonstrated the feasibility of the capability on the C-130 and C-17 and studied behavior of Joint Air-to-Surface Standoff Missiles or JAASMs in a palletized configuration.
  • Phase II developed Command & Control (C2), fire control, and mission planning with flight tests to explore targeting and retargeting.
  • Phase III explored and validated deployment system designs and stability through simulation, ground launch test, and analysis.
  • Phase IV IN PROGRESS: has demonstrated high-altitude drop, jettison, and deconfliction of operationally-relevant payloads and is working toward powered flight tests.
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A simulated payload is dropped as part of Rapid Dragon’s stability flight tests.

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