Analyzing India's High Space Launch Cost and Global Reliance

#GS-3 #Science & Technology #Space #India Space Launch Cost #ISRO #IN-SPACe #SpaceX

Key takeaways

A study published in Economics Letters reveals that India spent USD 13,302 per kg to reach Low-Earth Orbit (LEO) in 2025, which is significantly higher than the global average of USD 3,868 per kg.
High launch costs stem from lower launch frequencies and small payload capacities, with India achieving only 5 launches in 2025 against IN-SPACe's target of 30 launches.
To build capacity, India opened the sector in 2020, leading to 400 registered start-ups and Skyroot Aerospace launching the first privately built orbital rocket in July 2026.
Heavy satellite requirements led NSIL to launch the 4,700-kg GSAT-N2 using SpaceX Falcon 9 in November 2024, highlighting strategic reliance on foreign launchers.

A study in the journal Economics Letters shows that placing one kilogram of payload into Low-Earth Orbit (LEO) cost India roughly USD 13,302 in 2025.
This figure is much higher than the worldwide average launch price of USD 3,868 per kg.

India's launch cost is higher than that of major spacefaring entities, including Europe (USD 9,897/kg), Russia (USD 6,682/kg), China (USD 5,809/kg), Japan (USD 5,287/kg), and the United States (USD 3,225/kg).
India relies heavily on smaller launch vehicles, which spreads fixed operational expenses over lighter payloads and raises unit costs.
India conducts fewer launches annually, preventing it from lowering expenses through scale and operational learning like the US and Europe have done since 2010.
There is a wide gap between planning and execution, as IN-SPACe aimed for 30 launches between January 2024 and March 2025, but India recorded only 5 launches in 2025.

Since India opened its space domain to private enterprise in 2020, around 400 space start-ups have registered with IN-SPACe to boost launch capacity.
In July 2026, Skyroot Aerospace successfully launched India's first privately constructed orbital rocket, marking a major milestone for commercial spaceflights.

Because India lacks sufficient domestic heavy-lift capability, local satellite operators frequently hire overseas launch providers like SpaceX.
In November 2024, NewSpace India Limited (NSIL) used a SpaceX Falcon 9 rocket to launch the 4,700-kg GSAT-N2 satellite because it exceeded the weight limit of India's LVM-3 rocket.
Private space firms such as Pixxel, Digantara, and GalaxEye have also booked launch spots on SpaceX missions to deploy their satellites.
Depending on foreign rockets exposes India to strategic risks like diplomatic pressure, higher pricing, and geopolitical restrictions.
Market concentration has increased significantly, with SpaceX launching nearly 75% of global orbital payload in 2025.