2001 War in Afghanistan

AGM-114 Hellfire missile family in the 2001 War in Afghanistan

U.S. and coalition forces fielded AGM-114 Hellfire missiles in Afghanistan on armed UAVs and AH-64E Apache helicopters, with documented roles in close air support, strike, and targeted counterterrorism missions.

Evidence Map

ClaimSources
U.S. MQ-1B Predators in Afghanistan carried AGM-114 Hellfire missiles for strike-capable Operation Freedom's Sentinel missions.

Sources: DVIDS Jalalabad Predators

U.S. Army AH-64E Apache crews loaded AGM-114 Hellfire missiles in Kunduz during Operation Freedom's Sentinel and Resolute Support.

Sources: DVIDS Loading a Hellfire in Kunduz

A January 2020 Kunduz strike was reported as the AGM-114R9X's first known operational use in Afghanistan against a Taliban commander.

Sources: TWZ R9X Afghanistan Battlefield

Timeline

AGM-114 Hellfire missile family In 2001 War in Afghanistan

  1. MQ-1B Predators documented with Hellfires at Jalalabad

    DVIDS reported that the 62nd Expeditionary Reconnaissance Squadron Detachment 1 supported Operation Freedom's Sentinel from Jalalabad and that MQ-1B Predators could employ two AGM-114 Hellfire missiles in Afghanistan.

    Sources: DVIDS Jalalabad Predators

  2. AH-64E Apache loaded with Hellfire in Kunduz

    A DVIDS caption documented U.S. Army Task Force Griffin soldiers loading an AGM-114 Hellfire missile on an AH-64E Apache helicopter in Kunduz, Afghanistan.

    Sources: DVIDS Loading a Hellfire in Kunduz

  3. Reported R9X strike in Kunduz

    The War Zone reported the AGM-114R9X's first known operational use in Afghanistan in a Kunduz strike targeting a Taliban commander.

    Sources: TWZ R9X Afghanistan Battlefield

Documented Use

Direct proof of use

The AGM-114 Hellfire missile family is directly documented in the Afghanistan war through official U.S. military reporting and later strike reporting. A 2016 DVIDS story from Jalalabad Airfield said MQ-1B Predators in Operation Freedom's Sentinel carried two AGM-114 Hellfire missiles and provided strike, coordination, and reconnaissance capability in Afghanistan.

A separate DVIDS image caption from Kunduz recorded U.S. Army Task Force Griffin soldiers loading an AGM-114 Hellfire missile on an AH-64E Apache on May 31, 2017, while supporting U.S. Forces Afghanistan, Operation Freedom's Sentinel, and the Resolute Support Mission.

Sources: DVIDS Jalalabad Predators, DVIDS Loading a Hellfire in Kunduz

Timeline

By February 2016, U.S. Air Force MQ-1B Predator detachments at Jalalabad were flying combat air patrols in support of Operation Freedom's Sentinel with AGM-114 Hellfire missiles available for dynamic targets. In May 2017, AH-64E Apache crews in Kunduz were photographed loading Hellfires for U.S. Forces Afghanistan support missions.

In January 2020, The War Zone reported that the AGM-114R9X, a reported non-explosive Hellfire derivative, had seen its first known operational use in Afghanistan in a Kunduz strike targeting a Taliban commander. That report identifies the weapon as a specialized Hellfire variant and attributes the local strike account to Afghan reporting and ministry statements.

Sources: DVIDS Jalalabad Predators, DVIDS Loading a Hellfire in Kunduz, TWZ R9X Afghanistan Battlefield

Operational role

In Afghanistan, Hellfire use was tied to precision air-to-ground fire from remotely piloted aircraft and attack helicopters rather than ground transfer to Afghan forces. The DVIDS Jalalabad account describes the Predator's Afghanistan mission as intelligence collection with a secondary role against dynamic execution targets, supported by laser designation and Hellfire missiles.

The Kunduz Apache image documents the same missile family in the attack-helicopter role during the Resolute Support and Operation Freedom's Sentinel phase. The reported R9X strike points to a narrower targeted-strike role against a Taliban commander, distinct from ordinary high-explosive Hellfire employment.

Sources: DVIDS Jalalabad Predators, DVIDS Loading a Hellfire in Kunduz, TWZ R9X Afghanistan Battlefield

Sources