"The weapon system is 'equipped with advanced avionics and state-of-the-art navigational aids' and 'capable of engaging long-range targets with high precision,'" the Inter-Services Public Relations directorate announced after a 14 May test, underscoring Islamabad’s latest step in fielding conventional cruise missiles alongside its strategic arsenal.
Pakistan Army Rocket Force Command (ARFC) conducts 14 May test
On 14 May, the Pakistan Army’s Rocket Force Command (ARFC) successfully test-fired the Fatah-4, the military’s ISPR directorate said. The announcement categorized the flight as a training fire, a label that in the ISPR’s account suggests the system is approaching—or has reached—operational readiness within the ARFC. The ARFC itself was established in August 2025, led by a three-star general, as a dedicated command for conventional rockets and missiles separate from the Army Strategic Forces Command (ASFC).
Fatah-4: subsonic land-attack cruise missile with 750 km range
The Fatah-4 is a subsonic land-attack cruise missile (LACM) reported to have a range of 750 km. Developed by the National Engineering and Scientific Commission (NESCOM) and marketed for export by Global Industrial Defence Solutions (GIDS), the missile is described as a conventional-use variant of the Babur series. According to the ISPR and released footage, the missile hit its target within a relatively tight circular error probable (CEP), indicating the likely presence of a terminal-stage seeker. The warhead detonated in the air rather than on impact—an airburst configuration typically used to extend blast effects against soft or area targets.
Guidance architecture: TERCOM, DSMAC, and terrain-hugging flight
The Fatah-4 inherits the Babur family’s navigation architecture. The Babur platform uses terrain contour matching (TERCOM) and digital scene-matching area correlator (DSMAC) guidance: TERCOM navigates by comparing the terrain below to a pre-loaded elevation map, while DSMAC uses onboard cameras to match visual landmarks against stored imagery for terminal accuracy. Together, those systems enable terrain-hugging flight profiles intended to complicate interception by air defences—a capability the ISPR’s footage and technical description attribute to the Fatah-4.
Shared airframe: Harbah NG, Taimur, and the pattern of conventional derivatives
The Fatah-4 is part of a broader pattern in Pakistan’s missile development: repurposing proven strategic airframes for conventional missions. The same Babur-derived airframe underpins the Navy’s Harbah NG, a ship-launched anti-ship cruise missile (ASCM) and LACM first tested from an Azmat-class fast attack craft in 2021; Harbah NG shares the miniature turbojet propulsion and navigation suite found on Babur derivatives. In the air domain, the Taimur air-launched cruise missile (ALCM) serves the conventional role alongside the Ra’ad-2 ALCM, described in the same reporting as nuclear-capable. On the ballistic side, the Fatah-2—a 400 km-range supersonic surface-to-surface missile—occupies the conventional niche previously associated with the Abdali.
What this means for the Pakistan Army, Pakistan Navy, and NESCOM/GIDS
- Pakistan Army (ARFC): Consolidating conventional rockets and missiles under the ARFC formalized a doctrinal separation from nuclear forces; the training-fire label and reported CEP suggest the Fatah-4 is moving from development toward operational deployment within that command.
- Pakistan Navy: The Harbah NG’s shared Babur lineage and the Fatah-4’s test highlight a cross-domain approach to conventional cruise missiles—naval and ground-launched variants now sit alongside one another in Pakistan’s force mix.
- NESCOM and GIDS (developers and marketers): With NESCOM credited for development and GIDS marketing the Fatah-4 for export, the platform’s conventional orientation and reported technical performance (range, navigation suite, and airburst warhead) shape both domestic force-structure planning and the narratives used in external procurement pitches.
The 14 May firing makes plain what recent organizational moves already signalled: Pakistan is institutionalizing conventional cruise and rocket forces that mirror, but are separate from, its nuclear-capable systems. The Fatah-4’s reported 750 km reach, Babur-derived guidance architecture, and the ISPR-footage indications of a terminal seeker and airburst warhead together portray a weapon tuned for precision, stand-off, and area effects. Whether marketed abroad or fielded at scale at home, the missile reinforces a pattern in which strategic airframes are remade for conventional missions—a technical and doctrinal trajectory now formalized by the ARFC.
Original reporting: https://quwa.org/pakistan-missile-news/pakistan-army-tests-fatah-4-ground-launched-cruise-missile/
