



| Name / Designation | AGM 88G AARGM ER |
| Type / Role | Air to Surface Missile, Anti Radiation |
| Country of Origin | United States |
| Manufacturer | Northrop Grumman |
| Service Entry / Year Introduced | Mid 2020s |
| Operational Status | In Service / Entering Service |
| Range | Over 200 km estimated |
| Speed | Mach 3 plus |
| Ceiling / Altitude Limit | Classified |
| Accuracy (CEP) | High, exact figures classified |
| Warhead Type | High Explosive Fragmentation |
| Guidance System | GPS INS, Passive RF, IIR |
| Targeting Mode | Fire and Forget |
| Launch Platform Compatibility | Fighter Aircraft |
| Seeker Type | Dual mode RF and Imaging Infrared |
| Length | Approx. 4 m |
| Diameter | Approx. 0.3 m |
| Wingspan | Folded, internal carriage capable |
| Launch Weight | Approx. 450 kg |
| Propulsion | Solid fuel rocket |
| Warhead Weight | Classified |
| Explosive Type | Fragmentation |
| Detonation Mechanism | Impact and proximity |
| Payload Options | Conventional |
| Operational Range Type | Long |
| Deployment Platform | Air |
| Target Types | Radar systems, air defense nodes |
| Combat Proven | Not yet |
| Users / Operators | United States |
The AARGM ER, or Advanced Anti Radiation Guided Missile Extended Range, is the United States Navy and Air Force’s next step in suppressing and destroying enemy air defenses. Designed to counter modern, mobile, and networked radar systems, AARGM ER builds on the combat proven AGM 88E AARGM while offering far greater reach and survivability.
Developed by Northrop Grumman, AARGM ER is optimized for internal carriage on stealth aircraft, most notably the F 35 Lightning II. Its larger rocket motor and refined airframe allow it to strike targets at much longer distances than earlier anti radiation missiles, while maintaining high supersonic speed throughout most of its flight profile.
Northrop Grumman Corporation, United States
High supersonic, assessed at Mach 3 plus
Estimated to exceed 200 kilometers, exact figures remain classified
Unit cost has not been publicly disclosed. Estimates place it in the multi million dollar range per missile due to advanced sensors and propulsion.
AARGM ER uses a multi mode guidance system combining GPS and INS navigation, a passive radio frequency seeker, and an imaging infrared seeker for terminal guidance. This allows it to engage emitting radars, shut down radars, and even pre planned coordinates with high accuracy. The missile is designed to operate in heavily contested environments, supporting U.S. and allied air operations by opening corridors through integrated air defense systems.
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