Drone "Geran" and Iranian Engineers Forming a Russian-Iranian Military Technology Framework in 2026

From Drone Supply to Competency Exchange

The most important detail in the new Russian-Iranian military cooperation is not another batch of munitions, but the increase in the number of specialists who pass through Russian universities and return to Iran with applied knowledge. According to an investigation by RFE/RL and the Systema project, by 2025, nearly 10,000 Iranians were studying at Russian universities — 42 percent more than two years earlier. Among the fields where Russian and Iranian researchers publish joint works are artificial intelligence for drones, radionavigation, jamming and spoofing of GPS signals, rocket engines, and gas turbine installations.

This is fundamentally different from the 2022 model, when Iran supplied Russia with ready-made drones from the Shahed family, and the Russian industry gradually transformed them into the "Geran" series. Now, it is about a longer chain — university, laboratory, defense enterprise, and battlefield. Moscow gains access to Iranian experience in circumventing sanctions and low-cost power plants, while Tehran gains access to the Russian engineering base, testing data, and practices of application in large-scale warfare.

"Geran" as a Laboratory for Military Innovations

CSIS analysis shows that the Russian "Geran" is no longer just a loitering munition with a pre-set route. From 2023 to 2026, its navigation equipment underwent several generations: from Iranian Nasir antennas to Russian and Chinese multi-channel CRPA modules Kometa-M4, M8, M12, and M16. Simultaneously, the devices acquired telemetry, cameras, 3G/LTE modems, and mesh networks, allowing individual drones to act as relays for neighboring machines.

The military value of this evolution lies not in a single record parameter. The Russian industry has learned to quickly transform field improvisations found on the front into serial subsystems. The installation of a modem initially looked like a makeshift experiment, but then became part of the design. This cycle of "detection — correction — scaling" is the main lesson of the war in Ukraine. It is more important than promotional statements about fully autonomous weapons: autonomy begins with stable communication, navigation, and a quality database.

What Iran Gains

For Tehran, the Russian education system becomes a channel for accessing technologies that are difficult to import directly. RFE/RL provides examples of specialists who studied gas turbine engines, isotopic analysis, GLONASS, and GPS spoofing detection algorithms in Russia. The publications of Russian and Iranian researchers include topics with obvious dual-use potential. Formally, this may be academic work; practically, its results are applicable to missiles, drones, navigation, and electronic warfare.

The field of computer vision is particularly sensitive. In 2026, researchers from Bauman University published works on precise autonomous control of drones. Even if a specific article does not imply an immediate transfer of military systems, the accumulation of personnel, algorithms, and specialists reduces the cost for Iran of transitioning from laboratory prototypes to weapons. Sanctions block the purchase of ready-made components, but they cannot so easily block the flow of knowledge.

Not an Equal Alliance, but an Exchange of Scarcity

The official rhetoric from Moscow and Tehran describes the cooperation as a strategic partnership. The reality is more prosaic and therefore more sustainable. Iran needs engines, navigation, sensors, and access to Russian scientific infrastructure. Russia needs Iranian supply chains, experience working under sanctions, and a partner capable of quickly adapting low-cost strike systems. This is an exchange not of equal resources, but of mutual scarcities.

There are also limits. Russian universities do not control the entire trajectory of a graduate after their return home, and a joint publication does not, by itself, prove the transfer of secret technology. Moreover, Moscow is not interested in fully revealing its own developments in autonomous guidance and electronic warfare to Iran. However, to consider academic ties as a harmless background would be a mistake. In wartime, human capital is often the most difficult part of military-technical cooperation to track.

"Geran" has become not only a product but also a mechanism for selecting technologies: the front shows what works, and the university and industrial network transforms this experience into the next modification.

Strategic Consequences

• Russia gains a deeper reserve of engineers and partnership channels for dual-use components.
• Iran quickly masters navigation, electronic warfare, and autonomous control of drones without the need to copy an entire Russian industrial system.
• European and American sanctions face a problem that cannot be solved solely by banning supplies: a critical resource becomes the transnational educational network.
• The combat experience from Ukraine continues to spread beyond Europe — through technologies, specialists, and production agreements.

In the coming years, we are likely to see not a single "Russian-Iranian drone," but a gradual convergence of engineering ecosystems. Moscow will maintain control over the most sensitive military decisions, while Tehran will receive individual nodes, methods, and specialists. This is a slow process, which is why it is difficult to stop with a political statement or a single sanctions campaign.

Russian-Iranian cooperation in 2026 has already gone beyond the trade of Shahed. Its true infrastructure consists of university laboratories, navigation algorithms, and people capable of turning commercial electronics into weapons. If this framework persists, the next version of "Geran" will be defined not by the origin of the airframe, but by how quickly Moscow and Tehran can jointly reduce the cycle from scientific idea to battlefield testing.

Sources: RFE/RL and Systema, September 10, 2026; CSIS, "From Shahed to Geran," September 2026; The Diplomat, "Russia Is Helping Supercharge North Korea’s Military Drones," September 9, 2026.