ForumIAS LATEST
- 16 June | Failed Before Success: AIR 295 Reveals His UPSC Journey | Click Here to Watch →
- 17 June | How to Write High-Scoring Answers in Hindi Literature Optional | Click Here to Watch →
- 18 June | From Setback to Success: Bhavika Chopra's Rise to AIR 25 | Click Here to Watch →
- 19 June | The Rankforge Challenge (FRC/Tapasya): Truth About UPSC & Coaching by Ayush Sinha | Click Here to Watch →
- 20 June | 150+ Cleared UPSC Prelims from Naugaon, Alwar | The FRC Tapasya Success Story | Click Here to Watch →
News: Defence Research & Development Laboratory (DRDL) of DRDO has achieved a path-breaking milestone in the development of Hypersonic Missiles by successfully conducting an extensive long-duration test of its Actively Cooled Full Scale Scramjet Combustor.
About India’s Successful test of Actively Cooled Full Scale Scramjet Combustor
Introduction
- Conducted by: The Defence Research and Development Organisation successfully conducted a 1,200-second ground test of an actively cooled scramjet combustor in Hyderabad.
- The scramjet engine is designed to power hypersonic cruise missiles capable of travelling at speeds greater than Mach 5.
- It successfully demonstrated active cooling technology that protects the engine from extreme heat generated during hypersonic flight.
- Scientists achieved stable combustion inside the engine even when air flowed through it at supersonic speed.
- India also developed an indigenous liquid hydrocarbon endothermic fuel specially designed for hypersonic propulsion systems.
- This advanced fuel helps cool the engine and improves ignition performance under extreme conditions.
- Researchers developed special ceramic thermal barrier coatings to withstand temperatures higher than the melting point of steel.
- The successful test validated both the scramjet combustor design and India’s advanced hypersonic testing infrastructure.
- This achievement places India among the leading countries working on advanced hypersonic weapon technologies, alongside U.S.A, Russia, and China.
