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| Qader (missile) | |
|---|---|
| Name | Qader |
| Caption | Iranian Qader anti-ship missile |
| Origin | Iran |
| Type | Anti-ship cruise missile |
| Service | 2011–present |
| Used by | Islamic Revolutionary Guard Corps Aerospace Force; Islamic Republic of Iran Navy |
| Designer | Iranian Aerospace Industries Organization |
| Design date | 2000s–2010s |
| Manufacturer | Defense Industries Organization (Iran) |
| Production date | 2011–present |
| Weight | ~1,500 kg |
| Length | ~6 m |
| Diameter | ~0.5 m |
| Wingspan | ~2 m |
| Speed | subsonic (~0.8 Mach) |
| Range | 200 km (claimed) |
| Warhead | 200–300 kg high-explosive semi-armor-piercing |
| Guidance | inertial navigation, active radar seeker, possible electro-optical terminal seeker |
| Launch platform | surface ship, land vehicle, coastal defense, sea-skimming |
Qader (missile) is an Iranian long-range anti-ship cruise missile introduced into service in the 2010s. Developed indigenously by Iranian defense organizations, it is intended to strike surface vessels at extended ranges from coastal batteries, patrol craft, and warships, and to contribute to Iran's area-denial posture in the Persian Gulf, Gulf of Oman, and Arabian Sea. The system is often displayed alongside other Iranian systems such as Khordad (missile), Ghader (missile), and Noor (missile) in parades and state media.
Qader's development occurred amid a broader Iranian effort to indigenize advanced missile technologies following international sanctions and export controls involving entities such as the United States, European Union, and United Nations Security Council. Iranian institutions including the Ministry of Defence and Armed Forces Logistics (Iran), the Defense Industries Organization (Iran), and the Iranian Revolutionary Guard Corps prioritized anti-access/area-denial capabilities after regional events such as the Iran–Iraq War, the 2003 invasion of Iraq, and maritime incidents in the Strait of Hormuz. Technical lineage is often associated with reverse engineering of foreign systems including designs derived from the Chinese C-802 and earlier western-origin anti-ship missiles, with indigenous advances inspired by research at institutions like the Shahid Hemmat Industrial Group and Aerospace Industries Organization.
Qader is a sea-skimming subsonic cruise missile with folding wings and control surfaces optimized for low-altitude flight to reduce radar cross-section and interception probability. The airframe dimensions and propulsion produce an estimated weight around 1,200–1,800 kg and a length near 5–6 meters, with a warhead mass commonly reported between 200–300 kg capable of semi-armor-piercing effects against frigate and destroyer-class vessels. Typical loadout and launcher arrangements mimic those used by C-802 and HY-2 derivatives, allowing deployment from both vertical and angled box canisters on surface warships and coastal transporters used by the Islamic Republic of Iran Navy and Islamic Revolutionary Guard Corps Navy.
Guidance reportedly combines inertial navigation systems (INS) for mid-course flight with active radar homing or an electro-optical terminal seeker for terminal acquisition against maritime targets. Iran has publicized integration of digital flight-control computers developed by domestic firms affiliated with Shahid Hemmat Industrial Group and university research centers that enhance waypoint navigation and sea-surface clutter discrimination. Propulsion is provided by a turbojet or turbofan sustainer engine derived from engines used in other Iranian cruise weapons, giving sustained subsonic cruise speeds around Mach 0.7–0.9 and enabling the claimed range of roughly 200 km. Electronic components and seekers are often compared to systems employed on Noor (missile), Ghader (missile), and commercially available sensors subject to dual-use trade controls.
Qader entered service in public announcements around 2011 and has since been exhibited during Army Day (Iran) and IRGC parades. Iranian naval and coastal units have deployed Qader in training exercises conducted in the Persian Gulf and Gulf of Oman, often showcased during maneuvers such as the annual large-scale naval drills where mock engagements demonstrate anti-access tactics against simulated carrier and convoy formations. Reports by regional media and defense analysts suggest limited export deployment and occasional deployment shrouded in operational secrecy; analysts compare operational doctrine to anti-ship employment by the People's Liberation Army Navy and cold-war-era coastal defenses such as the Soviet P-15 Termit.
Variants of Qader reportedly include coastal, ship-launched, and mobile land-based launchers with differences in seeker packages and range. Incremental upgrades have been displayed with improved seekers, datalink capability for mid-course re-targeting, and electronic counter-countermeasures that reflect lessons from encounters involving systems like Phalanx CIWS and radar-guided air defenses on USS Nimitz (CVN-68)-class carriers. Comparisons are often drawn between Qader and other Iranian anti-ship families including Noor (missile), Ghader (missile), and Kowsar (missile), highlighting iterative engineering rather than wholly novel architecture.
Iran has pursued defense export relationships with regional and non-state actors; systems related to Qader and its kin have been identified in conflicts and transfers involving proxies and allied states. Export and proliferation concerns have been raised by countries such as the United States Department of State and by regional governments in the Gulf Cooperation Council about transfers to groups in Iraq, Syria, and Yemen. Documentation from open-source monitors and satellite imagery has been used by institutions like Jane's Information Group and think tanks to track potential shipments, reflecting global non-proliferation debates tied to regimes subject to UN Security Council resolutions and bilateral sanctions.
Qader contributes to Iran's anti-access/area-denial posture by threatening surface combatants and commercial shipping in choke points including the Strait of Hormuz and Bab-el-Mandeb Strait. Countermeasures employed by navies to defend against Qader-like threats include point-defense systems such as the Phalanx CIWS, surface-to-air missile escorts like the Aegis Combat System equipped vessels, electronic warfare suites, decoys, and integrated air and missile defense networks used by navies including the United States Navy, Royal Navy, and French Navy. Naval tactics emphasizing layered defenses, rules of engagement coordination under alliances like NATO, and cooperative maritime security patrols aim to mitigate the operational risk posed by anti-ship cruise missiles in congested littoral waters.
Category:Anti-ship cruise missiles Category:Military equipment of Iran