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NEW DELHI: The Department of Space has given the green light to establish advanced common technical facilities in two states, marking a significant step toward building a more distributed and industry-driven space ecosystem in India.
These plug-and-play hubs aim to provide high-end testing, validation, and integration infrastructure that individual companies, especially startups and MSMEs, often find prohibitively expensive to develop on their own.
By creating shared resources, the initiative seeks to accelerate domestic manufacturing of satellites, payloads, and launch vehicles while attracting greater private investment.
This move builds on the broader liberalization of India’s space sector, which has already seen a surge in private entities developing rockets, satellites, and related technologies.
Gujarat’s Focus on Spacecraft and Payload Development
In Gujarat, the new Space Manufacturing Park will come up at Khoraj, near Ahmedabad. The facility will specialize in spacecraft, payload systems, and space-based applications, supporting end-to-end development and testing of complex satellite components.
Gujarat Chief Secretary Manoj Kumar Das highlighted the strategic importance of the project, noting that the park, equipped with state-of-the-art common facilities, would serve as a key enabler for rapid growth in space-tech manufacturing. The state has identified suitable land and is positioning the cluster to draw significant private sector participation.
By situating the park at Khoraj, the facility is designed to tap directly into Ahmedabad’s existing precision engineering corridors, creating an immediate cross-industry bridge between the automotive, electronic component, and semiconductor supply chains to accelerate payload manufacturing.
This hub aligns with Gujarat’s growing industrial profile and its ambition to expand into high-tech sectors beyond traditional manufacturing.
Tamil Nadu’s Push for Launch Vehicle Capabilities
Tamil Nadu is establishing a Space Vehicles Cluster in Thoothukudi, strategically located near the upcoming small satellite launch complex at Kulasekharapatnam. The focus here will be on manufacturing, testing, and full-system integration of launch vehicles.
The central government has sanctioned Rs 100 crore for the Space Vehicle Common Testing Facility Centre in Thoothukudi. This will include capabilities for structural testing, vibration and shock simulation, propulsion validation, thermal vacuum testing, and assembly support for both rockets and satellites.
Tamil Nadu Chief Secretary Dr. M Sai Kumar described the facility as a critical asset for realizing the state’s vision of becoming a major space industry hub. He emphasized its potential to support space tech startups and create high-quality jobs in the region.
The proximity to a future launch site offers clear logistical advantages for testing and rapid iteration of small launch vehicles.
IN-SPACe’s Central Role and Broader Vision
Operating on a strict Build-Operate-Transfer (BOT) framework, the Indian National Space Promotion and Authorization Centre (IN-SPACe) will handle procurement, installation, and initial operation of the technical infrastructure before transferring ownership to the respective state governments. States will provide land, civil construction, and supporting civic infrastructure.
Dr. Pawan Kumar Goenka, Chairman of IN-SPACe, stated: “Private space industries, including start-ups, MSMEs and large industries, will be able to access these facilities without having to invest and operate similar facilities in their own premises. The two clusters have already garnered strong industry interest, backed by investment commitments and participation from private sector players.”
He added that the establishment of these capital-intensive common facilities represents a critical step in fostering a robust, industry-led space ecosystem. About ten other states have expressed interest in developing similar clusters, indicating growing nationwide momentum.
India’s Space Ambitions
India’s space sector has evolved rapidly since the opening to private participation. Companies like Skyroot Aerospace, Agnikul Cosmos, and Pixxel have demonstrated capabilities in small launch vehicles and Earth observation satellites. However, many still face challenges in accessing specialized testing infrastructure, which these new clusters aim to address.
The development reflects a shift from a primarily government-led model centered around ISRO to a more collaborative framework. By reducing entry barriers, the government hopes to boost innovation, create skilled employment, and increase India’s share in the global space economy, projected to reach hundreds of billions of dollars in the coming decade.
These facilities could also strengthen supply chains for both domestic programs and export-oriented opportunities. As India eyes more ambitious missions; including crewed spaceflight and enhanced satellite constellations, decentralized manufacturing and testing capabilities will be essential for scaling operations efficiently.
Experts view this as part of a longer-term pattern of infrastructure investment that complements ISRO’s launch facilities and encourages regional specialization. Success here could set a template for additional clusters across the country, further democratizing access to space technology.
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