In a historic achievement for Iran’s space and media sectors, the Islamic Republic of Iran Broadcasting (IRIB) has successfully placed its first geosynchronous satellite, Jaam-e-Jam 1 (internationally registered as Iran DBS), into orbit on 13 February 2026.
Launched from the Baikonur Cosmodrome in Kazakhstan aboard a Russian Proton-M rocket, the satellite represents Iran’s inaugural operational geostationary broadcasting platform and a strategic step toward advanced national communications infrastructure.
Why Iran Launched Jaam-e-Jam 1
Jaam-e-Jam 1 is purpose-built to deliver the technical backbone for interactive public broadcasting. As Iran’s first satellite in geosynchronous orbit, it will enable reliable, high-quality signal transmission to ground stations across a wide coverage area, supporting the country’s push toward modern, interactive TV and radio services.
The satellite will be manoeuvred and stabilised at its final orbital slot of 34° East within the next three weeks, securing Iran’s rights to this valuable geostationary position.
Jaam-e-Jam 1 Mission: Key Details
- Satellite Name: Jaam-e-Jam 1 (Iran DBS)
- Operator: Islamic Republic of Iran Broadcasting (IRIB)
- Orbit Type: Geosynchronous (GEO)
- Final Position: 34° East
- Launcher: Russian Proton-M rocket (co-launched with a Russian meteorological satellite)
- Mission Objective: Provide infrastructure for interactive broadcasting and professional signal relay
- Weight: Approximately 2.3 tonnes (telecommunications platform)
- Launch Date: 13 February 2026 from Baikonur Cosmodrome, Kazakhstan
Strategic Importance for Iran’s Space & Broadcasting Future
This launch marks Iran’s first technical experience with dedicated geostationary broadcasting satellites and strengthens the IRIB’s ability to deliver content independently and reliably. It comes amid rapid progress in Iran’s overall space programme:
- In early January 2026, Iran successfully deployed and began testing three new satellites: Zafar, Paya, and Kowsar.
- The Iranian Space Agency is finalising Raad 1 (SAR radar satellite, resolution better than 50 metres) and developing Raad 2 (resolution better than 20 metres).
- Radar satellites will allow all-weather, day-and-night imaging regardless of clouds, dust, or snow.
Together, these developments position Iran among a small group of nations with both low-Earth-orbit and geostationary satellite capabilities.
Iran’s Growing Space Capabilities
The successful deployment of Jaam-e-Jam 1 demonstrates Iran’s expanding expertise in satellite design, integration, and international cooperation. By utilising a proven heavy-lift rocket for its first GEO mission, Iran has taken a practical and strategic route to establish a permanent presence in geostationary orbit.
What This Means for Iran and Regional Broadcasting
Jaam-e-Jam 1 is far more than a single satellite launch — it is a foundational step toward sovereign, high-capacity broadcasting infrastructure. The satellite will enhance signal distribution, support interactive services, and reinforce Iran’s media resilience in an increasingly connected world.
Related Reading
- Iran’s Space Programme: From Zafar to Raad Radar Satellites
- Geostationary Orbit Explained: Why 34° East Matters
- Proton-M Rocket: Russia’s Workhorse for Heavy Payloads
The launch of Jaam-e-Jam 1 in February 2026 cements Iran’s status as a serious space-faring nation and opens a new chapter in the Islamic Republic’s national broadcasting capabilities. Further updates on orbital stabilisation and first signals are expected in the coming weeks.
