India Plans New DRDO Facility To Fast-Track Next-Generation Missile Development | Exclusive
India Plans New DRDO Facility To Fast-Track Next-Generation Missile Development | Exclusive Reported By, Edited By Last Updated: July 15, 2026, 09:56 IST The facility
India Plans New DRDO Facility To Fast-Track Next-Generation Missile Development | Exclusive Reported By, Edited By Last Updated: July 15, 2026, 09:56 IST The facility will allow testing missile designs across subsonic, transonic and supersonic flight regimes, helping validate their aerodynamic performance before live flight trials Rapid Read DRDO has sought consultancy services for detailed engineering, design and drawings, along with soil investigation. India is moving to bolster the development of its next generation of indigenous missiles with plans to establish a state-of-the-art trisonic wind test facility at the Defence Research and Development Organisation’s (DRDO) Research Centre Imarat (RCI) in Hyderabad. The proposed facility will allow scientists to test missile designs across subsonic, transonic and supersonic flight regimes, helping validate their aerodynamic performance before they undergo live flight trials. Such testing is critical for improving the stability, control and accuracy of ballistic missiles, cruise missiles, air defence interceptors and other advanced aerospace systems. DRDO has sought consultancy services for detailed engineering, design and drawings, along with soil investigation, for the new facility, as per a document seen by CNN-News18.
While this relates to the project’s planning stage, it marks the beginning of a key piece of strategic infrastructure that could support India’s missile development programme for decades. A trisonic wind tunnel enables engineers to simulate airflow across all major stages of a missile’s flight in a single integrated facility. Scientists use these tests to assess lift, drag, pressure loads, stability and the performance of fins, control surfaces and other aerodynamic components before proceeding to costly flight tests. India already operates several wind tunnels through DRDO, the Aerospace Laboratories and academic institutions. However, many existing facilities are designed for specific speed ranges or research purposes. A dedicated trisonic facility at RCI would provide more comprehensive testing capability under one roof, improving both the speed and precision of indigenous weapons development. The project also aligns with India’s broader push for self-reliance in strategic defence technologies. Advanced wind tunnels are among the most sophisticated pieces of aerospace infrastructure and are possessed by only a limited number of countries. Expanding domestic testing capability would reduce dependence on overseas facilities while strengthening India’s capacity to develop increasingly complex missile and aerospace platforms.
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