Iran Restoring Missile Capabilities During Ceasefire to Sustain Regional Strike Threat.

Iran is moving to restore its missile strike capability during a fragile ceasefire, signaling an effort to recover from U.S. and Israeli strikes and reestablish credible deterrence. Even a partial rebound in launch capacity could quickly revive sustained missile threats across the region and complicate future air operations.

Satellite imagery and intelligence reports show Iran clearing damaged launch sites, salvaging surviving systems, and rebuilding missile stockpiles despite significant infrastructure losses. This approach reflects a strategy focused on resilience and rapid reconstitution, using dispersal and repair to preserve operational strike options in a high-intensity conflict environment.

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Iranian underground missile facility showing mobile launchers and stored ballistic missiles during inspection by IRGC Aerospace Force Commander Majid Mousavi (Picture source: Iranian MoD)

Since the ceasefire took effect, tensions have shifted toward the Strait of Hormuz, which has become the primary point of friction between Tehran and Washington. On April 13, the United States implemented a naval blockade targeting Iranian ports, including systematic interception of vessels linked to Iran. On April 19, the U.S. Navy seized an Iranian-flagged cargo ship attempting to pass through this control zone. At the same time, incidents involving Iranian fire directed at commercial vessels have been reported in the area, disrupting maritime traffic and maintaining a high level of tension despite the absence of direct airstrikes.

On April 20, several Iranian media outlets released images of Major General Seyed Majid Mousavi, commander of the Islamic Revolutionary Guard Corps Aerospace Force (IRGC-AF), inspecting an underground missile facility. According to these sources, reported on April 19 and 20, 2026, the visit included video footage showing tunnels housing missiles and drones, although their exact condition and location cannot be independently verified. Meanwhile, the New York Post reported on April 15, 2026, citing satellite imagery analysis, that several Iranian missile sites had been damaged and were undergoing repair during the ceasefire period, indicating that reconstruction efforts are taking place alongside operational losses.

Images released show a dense underground complex structured around tunnel networks used to store missiles, drones, and mobile launchers. This type of infrastructure, often referred to as a “missile city,” relies on deep underground construction designed to protect assets from airstrikes and sustain launch capability even after repeated attacks. These facilities enable transporter erector launchers to be concealed and rapidly deployed toward firing points, reducing exposure to detection and targeting.

Technically, Iran’s missile architecture relies heavily on solid-fueled systems such as the Fateh-110 short-range ballistic missile, with an estimated range of around 300 kilometers. Solid propulsion reduces preparation time, allowing for faster launch cycles from dispersed positions. At a higher tier, systems such as the Kheibar Shekan, with a range of approximately 1,400 kilometers, are designed for deployment on mobile launchers and provide extended regional strike reach. The combination of mobility and solid-fuel propulsion contributes to the overall survivability of the force.

In parallel, the integration of systems such as the Shahed-136 loitering munition reinforces this approach. These drones can travel distances exceeding 1,000 kilometers at low altitude and rely on relatively simple navigation systems suited to saturation tactics. Their low cost enables large-scale deployment intended to overwhelm air defense systems, complementing the faster and more difficult-to-intercept ballistic missiles.

In this context, the emphasis placed by Iranian authorities on reconstruction speed should not be interpreted solely as an indicator of preserved strength. It also reflects constraints resulting from damage sustained during earlier strikes. Production and launch infrastructure has been targeted, temporarily reducing strike capacity, even as some mobile assets and stockpiles remain operational. The focus on rapid regeneration therefore supports both operational continuity and strategic signaling.

Operationally, this dynamic points toward a contained war of attrition in which sustained fire capability becomes more relevant than initial strike effects. If launchers can be returned to service quickly and stockpiles replenished at a steady pace, Iran retains the ability to exert ongoing pressure. Ballistic missiles impose short reaction times on interception systems due to their terminal velocity, while drones approach from multiple directions at low altitude, complicating detection and engagement. This combination increases the likelihood of saturation even without large-scale attacks.

Beyond the strictly military domain, the current situation is increasingly centered on the Strait of Hormuz, where the U.S. blockade and Iranian actions against commercial shipping maintain a form of indirect confrontation. This shift toward persistent maritime pressure extends the rivalry between Washington and Tehran without immediate escalation into renewed air campaigns, while sustaining risks for energy security and global trade routes.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests lie in security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.