Did DRDO Lab Transfer Technology for Missile Sensor Shields to Industry?
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Synopsis
DRDO's Defence Metallurgical Research Laboratory has made significant strides by transferring advanced technologies for missile sensor protective covers to industry partners. This move not only strengthens India's defense capabilities but also promotes self-reliance in the sector. Discover how this technology transfer could impact the future of defense in India.
Key Takeaways
- Technology Transfer enhances indigenous defense capabilities.
- Collaboration with industry partners is crucial for innovation.
- Advanced materials technology supports military applications.
- Focus on self-reliance in defense manufacturing.
- Strengthening partnerships boosts national security.
New Delhi, Sep 4 (NationPress) The technology for creating protective coverings for vital missile sensors is among three advanced material technologies recently transferred to industry partners by the Defence Metallurgical Research Laboratory (DMRL) located in Hyderabad, according to an official statement released on Thursday.
During an event held in Hyderabad, Samir V. Kamat, the Secretary of the Department of Defence Research and Development and Chairman of the Defence Research and Development Organisation (DRDO), presented the Licensing Agreement for Transfer of Technology (LAToT) documents to the industry partners.
In his speech, the DRDO Chairman praised the initiatives that have propelled the research and development processes and facilitated successful technology transfers.
At the gathering on August 30, he acknowledged DMRL's dedication to nurturing industry-research collaborations and promoting technological advancements that will significantly impact the future.
The technologies being transferred include the production of high-strength Radomes to Bharat Heavy Electricals Limited (BHEL) in Jagdishpur, aimed at supporting essential defence programs and boosting self-reliance in missile systems.
The second advanced materials technology was passed to Jindal Steel Plant, Angul, for the manufacturing of DMR-1700 Steel Sheets and Plates for Defence Applications, offering a unique combination of ultrahigh strength and exceptional fracture toughness at ambient temperatures.
The technology for DMR 249A HSLA Steel Plates designed for naval applications was handed over to Bhilai Steel Plant, SAIL, providing a strong and dependable material that meets the rigorous dimensional, physical, and metallurgical specifications required for naval vessel construction.
This Transfer of Technology signifies a substantial leap in indigenous materials technology for strategic applications, as stated by an official release.
The technologies encompass various applications, showcasing DMRL's multidisciplinary expertise and capacity to fulfill critical industry requirements. “Collaborating with established industrial entities will guarantee that these innovations are quickly scaled and utilized for both commercial and strategic purposes,” it stated.
To further enhance DRDO's collaborative framework, a Memorandum of Understanding (MoU) was also signed between DMRL and the Aircraft Accident Investigation Bureau of the Ministry of Civil Aviation, aiming to leverage the lab's experience, resources, and capabilities to support the Bureau's operations.
The event was graced by Dr. R.V. Hara Prasad, Director General (Naval Systems & Materials), Dr. Manu Korulla, Director General (Resource and Management), and Dr. R. Balamuralikrishnan, Director of DMRL.
Point of View
It is imperative to recognize the strategic importance of the recent technology transfer by DRDO. This initiative underscores a commitment to enhancing indigenous capabilities and fostering partnerships with industry players. Such advancements not only bolster national defense but also pave the way for innovation and economic growth in the technology sector.
NationPress
04/09/2025
Frequently Asked Questions
What technology was transferred by DRDO?
DRDO transferred technology for manufacturing protective covers for missile sensors, high-strength Radomes, and advanced steel materials for defense applications.
Which companies received the technology?
The technology was transferred to Bharat Heavy Electricals Limited, Jindal Steel Plant, and Bhilai Steel Plant.
What is the significance of this technology transfer?
This transfer marks a significant advancement in India's indigenous materials technology, supporting self-reliance and enhancing defense capabilities.
What are Radomes?
Radomes are protective covers for missile sensors that shield them from environmental factors while allowing radar signals to pass through.
How does this impact India's defense sector?
It strengthens India's defense capabilities and promotes collaboration between industry and research institutions, leading to innovation.
