Skyroot Aerospace CEO Pawan Chandana said India’s private space sector is entering a rapid growth phase ahead of the Vikram-1 launch [1].
This shift marks a transition from state-led dominance to a hybrid ecosystem where private firms complement national programs. The development of indigenous orbital capabilities allows India to reduce costs and increase the frequency of satellite deployments.
Chandana said the upcoming launch of Vikram-1 is India’s first privately built orbital rocket [2]. The launch is scheduled for mid-2026 [1]. He said leaving the Indian Space Research Organisation (ISRO) was a strategic move to build a deep-tech unicorn capable of scaling commercial space operations.
Beyond launch vehicles, Chandana highlighted the transformative potential of artificial intelligence and reusable rockets. He said AI could play a key role in future missions, optimizing flight paths, and spacecraft health monitoring. Reusable technology is seen as the primary driver for making space access sustainable and affordable.
This momentum follows other recent milestones in the sector. Prime Minister Narendra Modi announced on May 3, 2026, that the Indian startup GalaxEye launched the world’s first OptoSAR satellite [3].
The integration of private capital and state infrastructure is creating a new industrial corridor in India. Chandana said the synergy between startups and the government is essential for the nation to remain competitive in the global space economy.
“Vikram-1 is India’s first privately built orbital rocket.”
The emergence of privately built orbital rockets like Vikram-1 signals a structural change in India's aerospace economy. By shifting from a monopoly held by ISRO to a competitive market, India is positioning itself as a low-cost hub for global satellite launches, while integrating AI to leapfrog traditional aerospace engineering constraints.
