Missile Technology
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The Italian Air Force is considering purchasing US technology to convert unguided missiles into precision weapons. This technology would enable the conversion of cheap, 'dumb' missiles into drone interceptors. The potential acquisition aims to enhance Italy's military capabilities.
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Ukraine used domestically produced Flamingo missiles to hit targets in Russia's southwestern Samara region, targeting a Russian Starlink-style network. The attack also involved tracking an arms package. The specifics of the network and the package are not detailed in the report.
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Lockheed has launched a modular missile technology platform called 'Storefront'. The platform is designed to provide a flexible and adaptable approach to missile development. This technology has the potential to enhance the capabilities of various defense systems.
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Lockheed Martin has introduced a new defense hub for rapid development of missile sensors, reducing production time from sketch to test. The hub features modular radio-frequency sensors, missile datalinks, and seekers.
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Lockheed Martin introduces Strigo, a family of adaptable solutions including RF sensors, missile datalinks, and advanced seeker technologies. Strigo is designed to provide flexible capabilities for the Arsenal of Freedom. It is developed in a dedicated Product Center.
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Kratos has been awarded a U.S. Army contract to develop a next-generation infrared seeker for the Javelin missile system, aiming to sustain close-combat lethality through the next decade. The contract focuses on replacing the aging seeker technology in the Javelin missiles. This upgrade is expected to enhance the missile's performance and effectiveness.
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The US Navy plans to develop a modular surface-to-air missile arsenal, including submarine-launched capabilities, while the Army seeks a surface-to-air missile for small drones as part of the Next Generation C-sUAS Missile project. Both initiatives aim to enhance air defense capabilities against emerging threats.