Indian defense scientists consider it a major achievement, as the Brahmos missile utilizes five different grades of wrought aluminum alloys in eight different semi-product forms, which are developed in nine different heat treatment conditions.
India has developed its own specialty aluminum alloy that is being used to construct critical parts of the Brahmos missile — the world’s Fastest supersonic cruise missile. The state-own Defence Research and Development Organization (DRDO) locally developed the alloy that was earlier imported from Russia.
This is crucial to the development and capacity enhancement of the BrahMos missile, as the manufacturers hope to make substantial cost savings with the locally developed alloy that is being used for the construction of the fuel tank and airframe of the missile.
“The series production of aluminum alloy intensive F3 section, i.e., the major load bearing section of the BrahMos Supersonic Cruise Missile, using indigenous materials has begun at a fabrication plant in Mumbai. The indigenous production of aluminum alloys has resulted in substantial cost savings,” a DRDO official said.
“A majority of these different grades of alloys are located in the F3 section, which comprises fuel tanks and airframe,” DRDO added.
The indigenous material was developed through collaboration between the Defence Metallurgical Research Laboratory (DMRL), a DRDO wing and BrahMos Aerospace Private Limited (BAPL), Hyderabad. The Russian team of NPOM, a joint venture partner for BrahMos, has approved the production processes and the quality control procedures of the alloy.
Earlier this month, DRDO had also announced the development of a solid propellant booster used to achieve supersonic speeds in the cruise stage of the BrahMos.
The BrahMos missile has been jointly developed by Russian and Indian scientists and is the world’s first and only supersonic cruise missile. It is a precision strike weapon for the Indian armed forces that can be fitted in ships, mobile launchers, submarines and aircraft against land and sea targets.
By: SPUTNIK News
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