AGM-114 Hellfire

The missile that defined precision killing — the AGM-114 Hellfire is the 40-year workhorse of US and allied airpower, the weapon that armed the Apache against Soviet armor, made the Predator and Reaper into the tools of the drone age, and killed Qasem Soleimani in a Baghdad car park. Over 100,000 have been built in every flavor from tank-busting shaped charges to thermobaric bunker-busters — and, most notoriously, the R9X "Ninja," a version that carries no explosive at all, only a dense slug and six pop-out steel blades to shred a single target with almost no collateral damage. It is the benchmark against which every cheaper strike option, from the APKWS rocket up, is measured.

Overview

The AGM-114 Hellfire is the United States' standard precision air-to-surface missile — a ~100-pound-class weapon that began in 1971 as the "HELicopter-launched FIRE-and-forget" anti-armor missile to stop Soviet tank columns, and became the defining strike weapon of the past four decades. Roughly 1.6 m long with an 8–11 kg warhead and a 7–11 km range, it guides two ways: semi-active laser (homing on a laser spot from the launcher, another aircraft or the ground) across most variants, and millimeter-wave active radar (fire-and-forget, all-weather) on the AGM-114L "Longbow." Its warheads span the mission set — shaped-charge and tandem-HEAT for armor, blast-fragmentation for soft targets and boats, thermobaric for bunkers, and the extraordinary R9X kinetic blade for surgical targeted killings. First fired in combat in Panama in 1989 and fielded on the AH-64 Apache, it went on to arm nearly every US attack helicopter and, decisively, the MQ-9 Reaper and its predecessors — the Hellfire-armed drone is the signature weapon of the post-9/11 era, from countless strikes to the killings of Soleimani (2020) and al-Zawahiri (2022). More than 100,000 have been built for the US and ~28 export operators; it is now being succeeded by the dual-seeker JAGM and echoed by the British Brimstone derivative. At ~$150,000 a round, the Hellfire is also the cost benchmark that made the cheaper APKWS guided rocket attractive for the targets a Hellfire is too expensive to spend.

Development

The Hellfire began in 1971–72 as a US Army requirement for a helicopter-launched anti-armor missile to counter numerically superior Soviet armor in Europe, with Rockwell winning the development contract in 1976 (Martin Marietta later joining), per designation-systems.net. Full production was approved in 1982, and the AGM-114A reached initial operational capability in 1985, entering service in 1986 on the AH-64A Apache, per CSIS Missile Threat. Post-Desert Storm shortfalls drove the Hellfire II program: the AGM-114K (first delivered December 1994) added a digital autopilot, a tandem warhead to defeat reactive armor, and the ability to reacquire a target after laser loss; the AGM-114L "Longbow" (1998) added the millimeter-wave radar seeker for fire-and-forget, all-weather use with the Apache's Longbow radar. The AGM-114R "Romeo" (2012) unified the warhead types into a single multi-purpose round, and around 2017 the semi-classified R9X kinetic-blade variant entered use (revealed by the Wall Street Journal in 2019). Lockheed Martin delivered its 100,000th Hellfire in 2020. Production of the R and T variants continues, a SPEAR dual-mode articulated-warhead variant is in development for the MQ-9 and AC-130J, and the missile's successor — the JAGM (AGM-179), a dual-seeker (laser plus radar) development on the same production line — reached IOC in 2022 and is progressively replacing both the Hellfire and Longbow.

🔒 The rest of the AGM-114 Hellfire file is for BattlePolicy Pro members. Stop here and you miss the part that actually matters: the guidance and warhead families, the R9X "Ninja" and its targeted killings, the decades of combat record, the JAGM successor and the APKWS cost tier below it, the complete specifications table, and our analysts' assessment notes. Unlock the full file with BattlePolicy Pro →