ISRO forms panel to investigate repeated PSLV failures

Using an external committee brings impartiality and a fresh perspective to the investigation. External experts can identify 'systemic' and 'organizational' issues that internal teams might overlook due to familiarity or internal pressures. This approach enhances the credibility of the investigation and its findings.

UPSC could ask about the specific dates of the PSLV failures (January 12 for PSLV C62 and May 18, 2025 for PSLV-C61), the number of satellites the PSLV C62 failed to deliver (16), or the composition of the investigating committee (K. Vijay Raghavan and S. Somanath). They might also create a question that asks you to chronologically order the launches.

Repeated failures can damage India's reputation as a reliable and cost-effective launch provider, potentially leading to a loss of contracts and revenue. It also raises concerns about the quality control and reliability of Indian space technology.

Systemic issues could refer to flaws in the design, manufacturing, or testing processes of the PSLV. Organizational issues might involve problems with communication, coordination, or accountability within ISRO that contributed to the failures.

A 'critically examine' answer should include: * Acknowledging the PSLV's past successes and contributions to India's space program. * Highlighting the recent failures and their potential impact on India's space reputation. * Analyzing the possible causes of the failures, such as systemic or organizational issues. * Suggesting measures to prevent future failures and improve the reliability of the PSLV.

• •Acknowledging the PSLV's past successes and contributions to India's space program.
• •Highlighting the recent failures and their potential impact on India's space reputation.
• •Analyzing the possible causes of the failures, such as systemic or organizational issues.
• •Suggesting measures to prevent future failures and improve the reliability of the PSLV.

Each launch vehicle is designed for different payload capacities and orbital requirements. PSLV is for medium-lift missions to lower orbits, GSLV Mk III is for heavier payloads and geostationary orbits (and is being used for the Gaganyaan mission), and SSLV is for small satellites and low Earth orbits. Having multiple launch vehicles allows ISRO to cater to a wider range of customer needs and mission types.

While the PSLV is not directly used for the Gaganyaan mission (GSLV Mk III is), ensuring the reliability of all launch vehicles is crucial for maintaining confidence in India's space program as a whole. Addressing the systemic issues identified in the PSLV failures can prevent similar problems from affecting the Gaganyaan mission.

India can: * Increase investment in quality control and testing procedures. * Enhance collaboration between ISRO and private sector companies to leverage expertise and resources. * Focus on developing redundancy and backup systems for critical components. * Promote a culture of transparency and accountability within ISRO to address organizational issues.

• •Increase investment in quality control and testing procedures.
• •Enhance collaboration between ISRO and private sector companies to leverage expertise and resources.
• •Focus on developing redundancy and backup systems for critical components.
• •Promote a culture of transparency and accountability within ISRO to address organizational issues.

This news is most relevant to GS Paper 3 (Science and Technology). The angle is about India's achievements and failures in space, the impact on the space economy, and the need for robust quality control in strategic sectors.

The impact could be mixed. On one hand, failures might make private investors more cautious. On the other hand, it could create opportunities for private companies to offer solutions for quality control, testing, and component manufacturing, potentially accelerating the growth of the private space sector.