ISRO’s Growing Crisis
The Indian Space Research Organisation is passing through one of the most testing phases in its institutional history. While landmark missions such as Chandrayaan and Aditya-L1 established India’s scientific credibility on the global stage, the setbacks witnessed during 2025 and early 2026 have exposed deeper structural vulnerabilities. The recent failures involving the Polar Satellite Launch Vehicle, long regarded as ISRO’s most dependable workhorse, are not isolated technical mishaps. They point to a broader challenge rooted in policy priorities, resource constraints, and the limits of an overstretched system attempting to meet rising ambitions with inadequate support.
For decades, the PSLV symbolised reliability, recording a historic success rate of nearly 96 per cent and forming the backbone of India’s commercial and scientific launch capabilities. Its recent failures, however, have shaken confidence and raised uncomfortable questions about sustainability. As space missions become more complex and technologically demanding, legacy systems and incremental upgrades may no longer suffice. Modern space programmes now integrate advanced artificial intelligence, precision manufacturing, sophisticated testing regimes, and long-term experimental research. Expecting consistently flawless outcomes without corresponding expansion in investment and infrastructure risks turning exceptional success into a matter of chance rather than design.
ISRO’s global reputation has been built on its ability to achieve remarkable outcomes at a fraction of the cost incurred by other space powers. This frugal innovation model has rightly earned admiration, but it cannot be treated as an enduring substitute for adequate funding. India’s space budget remains modest when compared to major competitors, even as national aspirations expand towards human spaceflight, interplanetary exploration, and commercial launch markets. Sustained underfunding inevitably affects depth of research, tolerance for experimentation, and the ability to absorb failure as a learning process, which is essential in high-risk scientific domains.
The challenge extends beyond ISRO to the broader national research ecosystem. India’s expenditure on research and development remains significantly lower than global benchmarks. While leading economies view R&D as a strategic investment for long-term competitiveness, India has yet to institutionalise this approach at scale. The consequences are visible across sectors, from space and defence to healthcare and emerging technologies. Without a decisive shift in how research is funded, governed, and valued, technological self-reliance will remain more rhetorical than real.
Infrastructure limitations further compound the problem. India currently relies on a single operational orbital launch site, creating systemic vulnerability. Weather disruptions or launch anomalies can stall the entire programme, a risk observed repeatedly in recent years. Other spacefaring nations mitigate such exposure through multiple launch facilities, ensuring redundancy and operational flexibility. Although plans for additional launch infrastructure exist, slow execution undermines their strategic value. In a sector where timing, reliability, and resilience are critical, infrastructural bottlenecks translate directly into strategic disadvantage.
The current moment therefore demands more than technical fixes or isolated reviews. It calls for a comprehensive reassessment of national priorities in science and technology. ISRO’s scientists have consistently demonstrated capability, discipline, and commitment. What they require is not admiration alone, but sustained political attention, predictable funding, and institutional autonomy aligned with long-term goals. Space technology today intersects with national security, economic growth, climate monitoring, and digital infrastructure. Strengthening ISRO is not merely about preserving prestige, but about safeguarding India’s future position in a rapidly evolving global order. Without timely and decisive intervention, the gap between ambition and capacity will continue to widen, with consequences that extend far beyond the launchpad.
