Islamic Republic of Iran Air Force

The Islamic Republic of Iran’s air power is defined by a dual structure, splitting capabilities between the conventional Islamic Republic of Iran Air Force (IRIAF) and the Islamic Revolutionary Guard Corps Aerospace Force (IRGC-ASF). This division reflects a strategic doctrine shaped by long-standing international sanctions and regional rivalries. The IRIAF is primarily responsible for air defense, while the IRGC-ASF has developed significant asymmetric capabilities, including a large arsenal of ballistic missiles and unmanned aerial vehicles (UAVs). This doctrine prioritizes deterrence by threatening to inflict significant damage on technologically superior adversaries, thereby elevating the potential cost of an attack.

Operationally, Iran's air power presents a mixture of aging and modern systems. The IRIAF operates a fleet of American-made aircraft acquired before 1979, such as the F-4 Phantom II and F-14 Tomcat, alongside Soviet and Chinese models. Sanctions have severely constrained the IRIAF, leading to significant maintenance challenges and a dependency on a domestic industry for parts and upgrades. Consequently, the conventional air force's primary role is defensive, focused on protecting Iranian airspace. In contrast, the IRGC has employed its more modern assets, particularly UAVs, in recent regional conflicts for reconnaissance and strike missions.

Modernization efforts are heavily influenced by strategic priorities and constraints. With limited access to modern foreign fighter aircraft, Iran has focused on indigenous development and specific procurements. The IRIAF is inducting Russian Yak-130 trainers, which can also serve in a light-attack role. However, the main thrust of modernization is in the areas where Iran has achieved greater self-sufficiency and strategic advantage. The IRGC continues to expand and enhance its UAV and missile programs, which have been proven in domestic exercises and regional conflicts. Iran also continues to bolster its integrated air defense network through reverse-engineering, upgrading older systems, and developing new domestic platforms.