Next-Generation Aero Engines Development
Defence Minister Rajnath Singh emphasized the urgent need to accelerate the development of next-generation aero engines in India. Acknowledging the lengthy development timelines seen in developed countries, he called for Indian scientists to compress these to meet strategic national needs.
Visit to DRDO's GTRE
Singh visited the Defence Research and Development Organisation's Gas Turbine Research Establishment (GTRE) in Bengaluru, reviewing indigenous military gas turbine engine projects.
- Explored collaborations with Indian Industry, academia, and R&D institutes.
- Witnessed the full afterburner engine test of the Kaveri engine.
Strategic Importance of Indigenous Development
In a rapidly changing geopolitical landscape, Singh stressed the critical need for self-reliance in aero engine technology. He highlighted the breakage of supply chains and the emergence of new ecosystems, underscoring the safety and security benefits of indigenous technologies.
Focus on Advanced Technologies
Singh called for the development of sixth-generation engines, integrating emerging technologies such as Artificial Intelligence and Machine Learning, emphasizing that staying ahead is crucial.
Complexity of Aero Engine Development
Aero engine development involves the integration of various engineering disciplines such as thermodynamics, material science, and fluid mechanics. Singh cited Operation Sindoor as an example of India's growing self-reliance.
International Collaborations
Singh praised GTRE for its collaborations with the UK and France under the National Aero Engine Mission, highlighting the mutual benefits of learning advanced technologies and overcoming historical challenges.
India's Growing Global Influence
Singh noted the completion of the Free Trade Agreement with the European Union and referenced a recent meeting with his Greek counterpart, who considers India a superpower.
