Why it matters:
The advancement indicates that Iran has taken a further step toward industrializing satellite technology.
Iran trains nearly 1,000 aerospace graduates annually across 16 universities at bachelor’s, master’s, and PhD levels.
What he's saying:
Fathollah OMMI, former head of the Aerospace Research Institute:
"Iran’s strongest launcher, Simorgh, with 140 tons of thrust, can carry satellites of about 100 kg into Low Earth Orbit (LEO), at altitudes of 250-450 km. Satellites in this orbit circle Earth roughly 15 times a day."
"To achieve continuous coverage, a chain of satellites is needed. That’s why three satellites were launched simultaneously, positioned to overlap coverage."
"Each satellite was built in a different sector: one by a government research center, one by a university, and one by the private sector, showcasing nationwide capability."
Still:
Ommi said that stronger funding could enable Iran to reach Medium Earth Orbit (MEO) and Geostationary Orbit (GEO) with the upcoming Sarir launcher.
Key points:
- The satellites are designed for imaging and geolocation with high precision.
- Launch was conducted using Russia’s reliable Soyuz rocket, highlighting strategic cooperation.
- Satellite manufacturing in Iran has reached an industrial stage, enabling mass production.
Go deeper:
Iran Launches Three Satellites Into Low Earth Orbit From Russia
Hossein Amiri - Hossein Vaez
