India’s Launch-Cost Question Is Really an Ecosystem Question
| AUTHOR | Dr Y Nithiyanandam |
| DATE | August 25, 2026 |
| CATEGORIES | Geospatial Research Space launch Rocket lanch cost |
Reaching space is no longer only about whether a country can build and launch a rocket. Increasingly, it is about how often it can launch, how much it can carry, how quickly it can prepare the next mission, and whether it can remain competitive while doing so.
For India, this is an important shift. Having an indigenous launch vehicle has long represented technological capability and strategic autonomy. That remains valuable. But the global launch environment is changing rapidly, and simply possessing launch capability may no longer be enough.
A recently published paper examines the geoeconomics of space access largely through cost, scale and reusability. More than 100 countries operate satellites, but only a small group can independently launch them. Owning assets in space and having assured access to space is therefore not the same thing.
The average launch cost is around US$3,225 per kg for the United States, US$5,889 for China, US$9,897 for Europe and US$13,302 for India. At first sight, India’s number is concerning. But I would not stop at the number. The more useful question is why India appears expensive in this comparison.
The paper points towards scale. India launches less frequently and carries smaller overall payload volumes, meaning infrastructure, R&D and operational costs are distributed across fewer missions. This matters. India has built a strong reputation for frugal engineering, but frugality alone cannot compete indefinitely with an ecosystem that launches far more frequently and spreads its costs across many more missions.
Reusability makes the gap even more important. High-cadence reusable systems have changed the economics of launch in the United States and are likely to help China as well. India is working on reusable technologies, but the pace will matter. Reusability is not simply about recovering part of a rocket. Its real advantage comes from repeated learning, faster turnaround, higher launch frequency and, eventually, lower costs.
In my opinion, still, cost per kilogram cannot tell the whole story. Every launch is not the same. Orbit, payload size, mission complexity, integration requirements and schedules differ. Reliability and mission assurance also matter. For a strategic space programme, assured access to space has a value that cannot easily be represented through a dollar-per-kilogram figure. I would therefore see the paper’s numbers as a warning, rather than a final judgement on India’s launch capability.
India’s response, in my view, should focus on scale, reusability and ecosystem depth. More launches should mean not merely a higher launch count but also more payloads, more customers and better utilisation of infrastructure. However, India should not put too much emphasis on smaller launch vehicles alone. The emerging private space ecosystem has created important momentum in this segment, but sustained attention is also needed on larger rockets, higher payload capacity and efficient multi-payload missions.
There is another question that deserves a much closer examination: what goes into an Indian rocket? Which critical components are produced domestically, which remain dependent on overseas suppliers, and how much do such dependencies influence cost? The paper does not examine this in detail, but it is an important part of the discussion.
In a world of supply-chain disruption, export controls and geopolitical uncertainty, Atmanirbharta in critical space components is not simply about localisation. It is about cost control, resilience and reliability. India does not have to do everything itself, but it should figure out which parts relying on other countries pose a big strategic or economic risk.
The comparison would also benefit from a historical perspective. Has India’s launch cost increased over the last decade or two, or have competitors simply reduced their costs much faster through scale and reusability? That distinction would tell us much more about where intervention is required.
Perhaps the larger concern is market share. The paper estimates India’s share of global payload at less than 1 per cent. The ambition therefore cannot simply be to launch more Indian satellites. India must also attract more international payloads and build confidence around reliability, competitive pricing, flexible launch options and predictable schedules.
This becomes more urgent as China expands its launch capabilities and develops reusable systems. Competition will not wait.
India has already shown that it can build and launch rockets. The next challenge is to convert that technological capability into scale, cost competitiveness and market confidence. The real question is therefore not only how to make a launch cheaper. It is how to build an ecosystem strong enough for India to remain a reliable, competitive and preferred space partner in an increasingly crowded global market.