Report: Industrial Reality Will Dictate Pakistan’s Conventional Deterrence Credibility Plus Pro

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Pakistan’s new Army Rocket Force Command (ARFC) is a logical doctrinal step after the May 2025 crisis: build a clear, conventional deep-strike option that deters near-border BrahMos salvos without triggering nuclear ambiguity. But a command is not a capability. Credibility hinges on magazines, production cadence, and targeting, none of which exist at scale today. For the broader context of how ARFC underpins a conventional deterrence posture, see this analysis.

This report quantifies what “credible” looks like. For a two-week, high-intensity fight focused on counterforce and air-defense suppression, Pakistan would need on the order of 5,600–7,000 guided rockets and 200–450 land-attack cruise missiles, with the ability to replenish at tempo. Those numbers are conservative relative to Russia–Ukraine consumption and expose the core reality: Pakistan must shift from lab-scale strategic production to factory-scale conventional output.

We map three industrial pathways that can get ARFC there. Option A leverages Chinese subassemblies for import-fed final assembly to achieve mass fast. Option B standardizes around two “stacks” – GMLRS-class ballistic rockets and subsonic LACMs (e.g., Fatah-2/Fatah series, Harbah/Babur derivatives) – to unlock learning-curve economics. Option C moves non-sensitive airframes and mechanics to vetted private suppliers while NESCOM/SPD retain energetics, guidance cores, and system integration. The viable path is a deliberate mix of all three.

Targeting decides outcomes. With PRSC-EO1/PRSC-S1 SAR now on orbit, Pakistan is assembling the ISR backbone needed for time-sensitive fires: SAR change detection, EO validation, SIGINT/ELINT geolocation, and UAV/loitering terminal prosecution. The question is whether that picture can be fused and tasked into repeatable, ISR-cued salvos at scale.