Source : Indian Defence News
In a significant development, the Defence Research and Development Organization (DRDO) has initiated the procurement of six state-of-the-art composite Radomes for the Naval Anti-ship Missile-Medium Range (NASM-MR) from a distinguished Indian defence firm.
The Radomes, crucial components for the NASM-MR missile, boast a construction utilizing E-glass reinforcement and epoxy matrix monocoque structure. The meticulous fabrication process involves several key steps, including preparing the mold, cutting the fiber, mixing the resin and hardener, incorporating additives, and the final layup for compression.
What sets the E-glass epoxy apart is its remarkable tensile strength and flexural strength, surpassing that of conventional materials like aluminum and carbon steel. This ensures a robust and durable construction for the Radomes, making them well-suited for the demanding operational requirements of the NASM-MR missile.
The NASM-MR itself is a solid-fuel rocket-powered missile designed for deployment from frontline warships. Notably, it possesses an extended range compared to the air-launched variant, enabling it to effectively target adversaries at distances of up to 350 km. This enhancement in range amplifies the strategic reach and potency of the missile, fortifying the naval defense capabilities of the country.
The collaboration between DRDO and the Indian defence firm underscores a commitment to technological advancements and indigenous manufacturing, reflecting the nation’s resolve to strengthen its defence capabilities. As the procurement of these composite Radomes progresses, it signifies a crucial step towards achieving self-reliance in the production of advanced defence components.
