With the launch of a first-of-its-kind simulated Liquid Oxygen (LOX) storage module for the domestic Air Independent Propulsion (AIP) system, India’s efforts to bolster the endurance and stealth of its submarine fleet have advanced significantly, according to INOXCVA on its Instagram account.
The module, which is intended to enhance the Indian Navy’s desire for prolonged underwater operations without surfacing, was officially dispatched on Thursday by INOX India Ltd (INOXCVA), marking the milestone.
As part of the AIP program overseen by the Naval Material Research Laboratory (NMRL), a crucial Defence Research and Development Organization (DRDO) laboratory situated in Ambernath, Maharashtra, the module, which was created at INOXCVA’s Kalol facility in the Panchmahal district, will go through Factory Acceptance Tests.
The cryogenic LOX storage tank is designed to meet the strict safety, purity, and dependability requirements needed for defense applications by storing oxygen in liquid form at very low temperatures. Its function is essential in allowing submarines to stay underwater for long periods of time, improving stealth and survivability.
INOXCVA CEO Deepak Acharya and NMRL Director Dr. Suman Roy Choudhury launched the module. The specialized tank’s design, engineering, manufacture, and testing are all part of INOXCVA’s commitment to the strategic initiative.
Acharya emphasized that the accomplishment demonstrates the company’s dedication to provide mission-critical, highly precise systems that maintain the highest standards of engineering excellence, safety, and dependabiliHe took delight in providing INOXCVA’s specialized cryogenic knowledge to support the AIP program, noting that it is a significant step in improving the endurance and stealth of India’s submarines.tyMany people believe that the AIP project is a crucial step in improving India’s conventional submarine fleet’s operating capability. The Indian Navy is anticipated to obtain a significant advantage in undersea endurance, stealth, and deterrence in the Indo-Pacific area by incorporating cutting-edge cryogenic storage technology into the AIP system.
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