Kongsberg has achieved a significant milestone by successfully completing a Blast Test Vehicle (BTV) firing, marking the first test of a Naval Strike Missile (NSM) launcher manufactured in Australia. This critical demonstration involved the utilization of an NSM Booster Rocket Motor combined with a dummy missile, designed to assess the entire functionality of the launcher under live-firing conditions.
The test took place at the Commonwealth Joint Proofing Experimental Unit located in Port Wakefield, South Australia. John Fry, Managing Director of Kongsberg Defence Australia, emphasized the importance of this event, stating that it represents a crucial step in delivering the NSM capability to the Royal Australian Navy.
Fry also highlighted the test as a pivotal moment for enhancing the domestic supply chain capabilities by allowing Kongsberg Defence Australia to initiate full-rate production of the Australian-made NSM launchers for the broader NSM program. Notably, the successful production of launcher components involved collaboration with several small to medium-sized Australian companies. The canister was crafted by Aerobond Defence in Adelaide, while Marand Precision Engineering in Melbourne contributed the frame and rail. Additional components were supplied by Australian Precision Technologies and QPE Advanced Machining, further underscoring a commitment to local manufacturing.
In a broader context, the Australian government is making considerable efforts to bolster its military production capacity, specifically in the domain of guided weapons and explosive ordnance (GWEO). In a strategic move, a substantial fund of $4.1 billion was designated in 2023 to accelerate the nation’s GWEO program. Further reinforcing this initiative, Project SEA 1300 Phase 1 was launched in 2021, aimed at enhancing the Royal Australian Navy’s guided weapons capabilities with an investment of $1 billion. This multifaceted approach showcases Australia’s dedication to strengthening its defense capabilities through local production and technological advancement.
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