Hindustan Shipyard Limited (HSL) in Visakhapatnam recently marked a significant milestone with the keel-laying ceremony for the First Fleet Support Ship. Conducted by Vice Admiral B Sivakumar, the Controller of Warship Production & Acquisition from the Indian Navy, the ceremony underscored the strengthening partnership between the Indian Navy and HSL, highlighting the shipyard’s growing capabilities in modern warship design and construction.
The Fleet Support Ship, which will weigh approximately 44,000 tons, is notable for its high degree of indigenous content, with about 80% of the materials and technologies sourced locally. This ship is set to enhance the operational capabilities of the Indian Navy by providing essential supplies such as fuel, water, ammunition, and other stores while at sea. This capability is crucial for extending the Navy’s strategic reach during missions.
The keel-laying ceremony was described as a landmark occasion in HSL’s history, representing a long-held aspiration since the shipyard’s transition to the Ministry of Defence in 2010. This event signals not only a leap forward for HSL in shipbuilding competencies but also aligns with the Indian government’s commitment to self-reliance in defense manufacturing, as encapsulated in the Atmanirbhar Bharat initiative.
The project is expected to have significant economic implications, generating an estimated 169 lakh man-days of employment over the next eight years. It will create opportunities for skilled workers within the shipyard and foster collaboration with approximately 550 micro, small, and medium enterprises (MSMEs), thereby promoting industrial growth and enhancing the local economy.
The completion of the Fleet Support Ship is anticipated to strengthen the operational readiness of the Indian Navy, ensuring that it remains a formidable presence in maritime security and operations. The ceremony at HSL has set a positive tone for the future of shipbuilding in India, reinforcing confidence in indigenous capabilities and innovation in defense production.
