How Iran's Drone-Making Machine Keeps Flying Under Fire

That apparent recovery stands in tension with earlier US claims about the destruction of Iran's drone capabilities. In April 2026, the US DoD claimed that the US destroyed 80% of Iran's air defense systems, 800 one-way attack drone storage facilities, every factory that produced Shahed one-way attack drones and their guidance systems.

Despite overwhelming US firepower, Iran's drone production base may have survived due to a combination of dispersion, concealment and hardening of facilities.

In a February 2026 report for the Jewish Institute for National Security of America (JINSA), Jonathan Ruhe and Ari Cicurel note that Iran disperses its missile and drone infrastructure across numerous sites, including underground“missile cities.”

Ruhe and Cicurel pinpoint at least 24 missile sites in western Iran before the 12-Day War, including key clusters around Kermanshah, the Konesh Canyon tunnel complex, Lorestan and the Zagros region.

They also note that Iran's drone infrastructure consists of underground bases, airfields and production facilities spread across central, western and southern Iran. The writers add that missile cities are better protected and concealed than road-mobile systems, but they are less flexible due to fixed locations and narrow firing apertures.

Bobby Yadav mentions in an April 2026 article for Drone Federation India (DFI) that Iran designed its drone ecosystem around deliberate dispersal rather than centralized facilities, distributing manufacturing nodes, procurement channels, assembly facilities and operational decision-making across dozens of independent and semi-independent layers.

Yadav says that the destruction of any single node does not cascade into systemic failure, as adjacent nodes absorb functions and alternative procurement channels activate. He notes that Iran built parallel but interconnected production lines between state entities and the Islamic Revolutionary Guards Corps (IRGC), intentionally creating institutional redundancy.

He also adds that private firms, universities, procurement networks, reverse engineering, front companies and global commercial sourcing collectively ensure that no single intervention, including a targeted airstrike or new sanctions designation, can sever the entire system simultaneously.

Support from Iran's strategic partners, Russia and China, may also be instrumental in keeping its drone program running while under fire. Iran may have also reverse-imported its Shahed drones from Russia after the establishment of a production base there amid the Ukraine war.

In a March 2026 CNN interview, Ukrainian President Volodymyr Zelensky stated that Russia has already given Iran Shahed drones to strike back at the US and its Middle Eastern allies, citing intelligence reports confirming Russian details in those Iranian drones.

Furthermore, Joseph Bermudez Jr and other writers mention in a March 2026 Beyond Parallel report that Iran helped establish the Alabuga factory in Russia to manufacture those systems, providing advisors, training, production equipment, production technology and initial component supplies. They also state that Iranian-supplied technology enabled Russia to localize production of the Shahed-131 and Shahed-136 at Alabuga, enabling mass production.

China may also be supporting Iran's drone production. Christopher Nye and Charles Sun mention in a March 2026 Jamestown Foundation report that China's support for Iran's drone program operates through a decentralized civilian manufacturing ecosystem that supplies dual-use propulsion technology, manufacturing equipment, machine tools, electronics and aerospace components.

Nye and Sun state that Chinese firms acquired and reverse-engineered the German Limbach L550E engine technology that underpins Iran's Shahed drones, while other Chinese companies supplied computer numerical control (CNC) machine tools, integrated circuits, servos, radiofrequency (RF) connectors and testing equipment.