US Trends

how many foreign satellites launched by isro

ISRO has launched over 390 foreign satellites for about 34 countries as of late 2025.

Quick Scoop: ISRO’s Foreign Satellite Launches

1. The core number

  • Recent official and media reports say ISRO has launched over 390 foreign satellites for 34 countries since around 2014.
  • An earlier government statement (up to early 2023) put the tally at 342 foreign satellites for 36 countries since 1975 , showing how fast launches have grown in just the last few years.

In simple terms:

From a few dozen foreign satellites over decades, ISRO has now crossed the 390+ mark , mostly in just the last decade.

2. Timeframe and latest news angle

  • Up to Feb 2023, government data: 342 foreign satellites, 36 countries (since 1975).
  • By the end of 2025, multiple reports: about 390 foreign satellites, 34 countries (since 2014).

This shows a big spike after 2014 , driven mainly by commercial launches on the PSLV, including record missions like the one that placed 104 satellites in a single flight.

3. Why it’s a trending topic

  • ISRO is now seen as a reliable, cost‑effective launch partner globally, often mentioned alongside the US, Russia, China, and Europe in space discussions.
  • A December 2025 update from India’s official channels highlighted that over 390 foreign satellites had been launched, including a large share from the United States , which boosted online buzz and forum debates about India’s role in the global space market.

4. Forum‑style takeaway

If you’re posting this as a quick fact in a discussion, you can phrase it like:

ISRO has now launched over 390 foreign satellites for around 34 countries , with most missions done in just the last decade, making India one of the most sought‑after low‑cost launch providers.

TL;DR:

  • Foreign satellites launched by ISRO (all time): 390+ and counting.
  • Countries served: about 34–36 (depending on the cutoff date and classification).

Information gathered from public forums or data available on the internet and portrayed here.