Pakistan Army Forces Execute Successful Test Flight of Fatah-4 Extended Range (ER) Cruise Missile

Pakistan Army Forces Execute Successful Test Flight of Fatah-4 Extended Range (ER) Cruise Missile Pakistan Army Forces Execute Successful Test Flight of Fatah-4 Extended Range (ER) Cruise Missile

RAWALPINDI / ISLAMABAD — The Inter-Services Public Relations (ISPR) of the Pakistan Armed Forces confirmed the successful flight test of the indigenously developed Fatah-4 Extended Range (ER) Ground-Launched Cruise Missile (GLCM) on October 6, 2026. The trial was conducted under the oversight of the Army Rocket Force Command (ARFC) in the presence of top civilian and military leadership.

Building upon the baseline Fatah-4 platform (which features an estimated 750 km operational reach), the ER variant incorporates upgraded propulsion systems, advanced avionics, and refined aerodynamics to extend stand-off strike range while maintaining low-altitude terrain-masking flight profiles. The trial verified critical subsystem upgrades designed to mitigate electronic countermeasures and increase terminal accuracy against high-value targets.

TECHNICAL SPECIFICATIONS: FATAH-4 ER GLCM SYSTEM

1. Missile Profile & Architecture
* Platform Designation: Fatah-4 Extended Range (ER)
* System Class: Subsonic Ground-Launched Cruise Missile (GLCM)
* Operational Role: Stand-off precision deep strike, theater-level deterrence, and high-value target engagement
* Launch Platform: Heavy 8×8 Transporter Erector Launcher (TEL) mobile land-based vector

2. Flight Performance & Guidance Suite
* Operational Range: >750 km (extended range configuration; exact distance undisclosed)
* Cruise Velocity: Subsonic (~Mach 0.7) terrain-following flight path
* Guidance & Avionics:
* Multi-sensor navigation architecture utilizing inertial navigation (INS), satellite positioning, and terrain contour matching / digital scene-matching optical correlates (TERCOM/DSMAC)
* Upgraded bi-directional data link and jam-resistant electronic counter-countermeasures (ECCM) package
* Accuracy: Low circular error probable (CEP) optimized for pin-point strike capability

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