"non-ballistic, all-course manoeuvre, supersonic" — that is how GIDS’ official product datasheet describes the Fatah-2, the medium‑range surface‑to‑surface missile now in service with Pakistan’s Army Rocket Force Command (ARFC).
Development and induction timeline
The Fatah-2 was first flight‑tested in December 2023, when trials demonstrated a range exceeding 290 km together with the supersonic glide vehicle and all‑course manoeuvre capability that distinguish it from the earlier Fatah‑1. GIDS displayed detailed specifications publicly at subsequent defence exhibitions, and the system was officially inducted into the Pakistan Army’s inventory in early 2024. On 28 April 2026 the ARFC conducted a publicly acknowledged training launch — the first such firing since the ARFC’s formation and the May 2025 conflict — confirming the weapon’s transition from testing to operational deployment.
Design and flight profile: quasi‑ballistic with a supersonic glide vehicle
The Fatah‑2 combines a conventional boost phase with an autonomous, manoeuvrable glide vehicle. During boost the dual‑thrust solid rocket motor lofts the missile along a ballistic arc; after separation in the upper atmosphere the glide vehicle detaches and executes evasive, non‑parabolic flight through mid‑course and terminal phases. That hybrid behaviour is more precisely described as quasi‑ballistic: ballistic during boost, manoeuvrable thereafter. GIDS emphasises the “all‑course manoeuvre” capability because it reduces predictable descent windows and complicates ballistic missile defence fire‑control solutions. The weapon reaches terminal speeds exceeding Mach 2, and at those velocities the glide vehicle’s kinetic energy contributes substantially to destructive effect in addition to the stated warhead.
Specifications: range, payload, guidance and launch configuration
- Diameter and warhead: GIDS lists a 600 mm core diameter and a 365 kg warhead.
- Range: the domestic variant is understood to reach approximately 400 km; the export variant is capped at 290 km to comply with Missile Technology Control Regime thresholds.
- Propulsion: the system uses a dual‑thrust solid rocket motor for boost.
- Terminal speed and accuracy: GIDS reports terminal speeds above Mach 2; the company claims a circular error probable (CEP) of 50 metres or less for the Fatah‑2 (the Fatah‑1’s claimed CEP is 15 m).
- Guidance: an integrated INS+GNSS package provides dual‑mode navigation and programmable trajectories; the inertial component enables autonomous navigation when GNSS signals are jammed or degraded.
- Launcher: the missile is carried in twin canisters on an oblique‑launch mount fitted to an 8×8 wheeled chassis; the launcher supports salvo and spaced sequential firing modes.
SMASH anti‑ship variant and industrial implications for NESCOM and GIDS
The Fatah‑2’s 600 mm platform is the common core for the Pakistan Navy’s SMASH anti‑ship ballistic missile (ASBM). The SMASH was test‑fired in November 2025 and formally unveiled for export at the 2026 World Defense Show in Riyadh. According to the available information, SMASH adds a terminal seeker — described as likely active radar‑homing — for maritime engagements while sharing propulsion, guidance backbone, and airframe structure with the Fatah‑2. NESCOM’s consolidation of a common platform across Army and Navy variants is presented as a way to consolidate supply chains and amortise production costs across a larger procurement base.
What this means for the ARFC, the Pakistan Navy, and procurement leaders
- ARFC (Army Rocket Force Command): the Fatah‑2 fills a medium‑range tier within the ARFC’s layered strike architecture, extending reach to roughly 400 km for operational targets such as air bases, logistics hubs, and headquarters. The April 2026 training launch confirmed an operational, deployable capability beyond developmental testing.
- Pakistan Navy (PN): by adapting the Fatah‑2 core into the SMASH ASBM, the navy gains a terminal‑seeker armed ballistic option for maritime strike while benefitting from shared components and production economies.
- Procurement leaders and vendors: the use of a common 600 mm platform across land and naval variants creates consolidated demand signals and supply‑chain efficiencies for NESCOM and GIDS, with an export variant deliberately capped at 290 km to remain within MTCR constraints.
The Fatah‑2 has moved from demonstration to serviceable inventory, marked by the April 2026 ARFC training launch and earlier induction in 2024. Its blend of boost‑phase ballistics and a manoeuvrable supersonic glide vehicle complicates interception calculus and shifts attention to layered strike doctrine within the ARFC and to common‑platform industrial strategy across Pakistan’s services. Absent further public technical detail — GIDS has not disclosed a precise terminal speed beyond “exceeding Mach 2” — observers will judge the system by its operational employment and follow‑on demonstrations of the SMASH naval variant.
https://quwa.org/pakistan-defence-industry/gids/fatah-2-surface-to-surface-missile-ssm/
