Munitions

RAACM ERAM

Also known as
  • RAACM
  • Rapidly Adaptable Affordable Cruise Missile
  • Rapidly Adaptable Affordable Cruise Missile ERAM
  • Extended Range Attack Munition RAACM
  • CoAspire RAACM

RAACM ERAM is CoAspire's additively manufactured air-launched cruise missile associated with the U.S. Extended Range Attack Munition effort, built around low-cost production, modular payload options, turbojet cruise propulsion, and compatibility with aircraft that can carry 500-pound-class precision munitions.

Role in Conflicts

Profile / Specs

Profile

Origin
United States
Built by
CoAspire
Type
Air-launched cruise missile
Service note
Mid-2020s ERAM development and Ukraine FMS context
Designer
CoAspire
Designed
2023-2025 development and flight-test period
Produced
Under U.S. Government contract by 2026; delivery quantities subject to final FMS agreements

Specifications

Guidance
Precision-guidance package; DSCA's Ukraine ERAM package included GPS/INS modules with SAASM, Y-Code, or M-Code options
Propulsion
Turbojet cruise missile, according to CoAspire
Airframe
Winged, additively manufactured missile with modular and scalable design claims
Launch platform class
Aircraft capable of carrying 500-pound-class precision-guided munitions; SBIR material names F-15E, F/A-18E/F, Joint Strike Fighter, and MK-82-sized weapon carriage
Warhead
Warhead-equipped cruise missile; detailed public warhead data not identified
Range
CoAspire describes larger variants as able to travel hundreds of miles; the Air Force describes ERAM as a long-range stand-off capability
Program And Design Notes

Open sources describe RAACM as a low-cost cruise-missile design inside the wider ERAM effort rather than as a fully disclosed legacy missile with a settled public data sheet. The most useful facts are therefore its production approach, integration class, and Ukraine procurement context.

Manufacturing approach

CoAspire says the missile is additively manufactured to reduce tooling, touch labor, and cost while supporting modular variants.

Aircraft integration

Navy SBIR material links RAACM integration work to MK-82-sized 500-pound-class carriage and compatibility targets including F-15E, F/A-18E/F, Joint Strike Fighter, and other aircraft able to employ that class of weapon.

Ukraine row limit

The catalog row records a proposed ERAM FMS package and contractor-variant context for Ukraine; it does not claim confirmed Ukrainian combat firing of RAACM.

Variants

Public sources distinguish the original RAACM from later extended-range and boosted derivatives.

VariantConfigurationDesignation notes
RAACMOriginal air-launched ERAM-family missile

CoAspire describes RAACM as an additively manufactured cruise missile that has flown from an A-4 and can be integrated on aircraft able to carry precision-guided munitions.

Sources: CoAspire RAACM

RAACM-ERExtended-range derivative

CoAspire presents RAACM-ER as an air-, land-, or sea-launched derivative of RAACM under contract and scheduled to fly in 2026.

Sources: CoAspire RAACM-ER

GHOSTBoosted ground-launched derivative

CoAspire identifies GHOST as a boosted ground-launched variant of RAACM-ER for the Low-Cost Containerized Munitions program.

Sources: CoAspire LCCM GHOST

Timeline

RAACM ERAM Key Events

  1. Air Force Phase III RAACM contract

    A Navy SBIR transition article said the Air Force awarded CoAspire a Phase III contract in April 2023 to transition GTR-related technology into RAACM and a subcomponent test vehicle.

    Sources: Navy SBIR CoAspire

  2. Ukraine ERAM FMS notification

    DSCA notified Congress of a possible Ukraine purchase of up to 3,350 ERAM missiles and associated equipment, naming CoAspire and Zone 5 Technologies as principal contractors.

    Sources: DSCA Ukraine Air Delivered Munitions

  3. Air Force live-warhead ERAM test

    The U.S. Air Force reported a live-warhead ERAM test at Eglin that gathered data for a cost-effective long-range strike capability; the release did not identify which contractor variant was tested.

    Sources: Air Force ERAM Live-Fire Test

Media
Related Weapon Systems
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Sources