Iran’s Dual-Role Loitering Munition for Simultaneous Air and Sea Engagements
WANA (Feb 23) – A recent naval exercise conducted by the Islamic Revolutionary Guard Corps (IRGC) was more than a routine military drill. Branded as the “Smart Control of the Strait of Hormuz,” the operation showcased a notable shift in Iran’s defensive doctrine in one of the world’s most strategically sensitive waterways.
Held near the Strait of Hormuz — a maritime chokepoint through which a significant share of global oil exports passes — the exercise involved a combination of naval and coastal combat units.
Among the systems deployed, one newly introduced weapon drew particular attention: a mass-produced loitering munition reportedly capable of engaging both aerial and maritime targets. Key technical details remain undisclosed for operational security reasons, and footage of its launch was partially blurred in official releases.
A Weapon Between a Drone and a Missile
Based on the features described, the newly revealed system falls into the category of loitering munitions — small, guided aerial platforms that can patrol a designated area before identifying and striking a target in a self-destructive attack.
In modern warfare, loitering munitions have emerged as a critical capability. Systems such as Russia’s ZALA Lancet and the U.S.-made Switchblade have seen extensive operational use in recent conflicts, particularly in Ukraine. Their appeal lies in precision, relatively low cost, portability, and flexibility — qualities that align with evolving battlefield dynamics.
The distinguishing feature of Iran’s newly introduced system appears to be its dual-role capability: the ability to engage both low-altitude aerial threats — such as reconnaissance or attack drones — and surface vessels simultaneously.
Iranian Naval Drill in Strait of Hormuz on Feb 17, 2026. Social media/ WANA News Agency
Building on Existing Platforms: Qaim and Raad
Iran has previously unveiled domestically developed loitering munitions, notably the Qaem 118 and the Raad 2.
The Qaem 118 was designed primarily for air defense against small, low-altitude unmanned aerial vehicles. It uses electro-optical guidance in the terminal phase of flight, a feature that reduces reliance on satellite navigation and increases resistance to electronic jamming.
The system is typically deployed via cylindrical launchers mounted on tactical vehicles, enhancing mobility and survivability.
Raad 2, on the other hand, is equipped with an electric propulsion system, approximately 17 minutes of endurance, a range of about 20 kilometers, and a 5-kilogram warhead. After launch, it transmits live video to the operator, enabling real-time target selection. Its deployment options include ground-based launchers and installation on small fast-attack boats — making it particularly suited for littoral and coastal operations.
Observers suggest that the newly unveiled system may combine characteristics of both platforms, integrating air-defense capabilities with anti-surface strike functions into a single munition family.
Operational Demonstration
During the exercise, footage showed the interception of a reconnaissance drone used as a simulated hostile target. Launches were also conducted from both land-based platforms and naval vessels. This dual deployment capability underscores operational flexibility, particularly in confined maritime environments like the Persian Gulf, where threats may emerge rapidly from the air or sea.
In such settings, response time is critical. A loitering munition capable of patrolling, identifying, and striking targets across two domains offers a rapid-reaction option that bridges the gap between traditional air-defense systems and anti-ship missiles.
Modular Design and Strategic Implications
A notable aspect of the system appears to be its modular launcher architecture. The cylindrical canister design allows integration across multiple platforms — from tactical vehicles to fast boats — and potentially even for independent infantry deployment. Modular design reduces logistical complexity, enhances storage safety, and improves operational adaptability.
Transporting munitions in sealed canisters also protects them from environmental exposure, extending shelf life and simplifying handling in harsh coastal conditions.
Strategically, the introduction of a dual-role loitering munition reflects Iran’s broader emphasis on asymmetric and cost-effective deterrence. As global military powers increasingly prioritize unmanned and semi-autonomous systems, Iran’s expanded use of loitering munitions signals its intention to remain active in this evolving technological domain.
For international observers, the development represents more than a new tactical tool. It illustrates a refinement in Iran’s coastal defense posture — one centered on mobility, rapid response, and multi-domain engagement in a region that remains vital to global energy security.
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