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 Screen capture from the ATLA video showing the XASM-3 launch. |
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It was recently reported that the missile will enter mass production in 2018 and be officially introduced with the Japan Air Self-Defense Force (JASDF), it will then be called ASM-3.
According to the Japanese MoD, aerodynamic and captive carry tests on F-2 fighters had been completed in 2015 and the missile was then in the final stages of prototype manufacturing. Japanese media Yomiuri Online says that ASM-3 is characterized as being "difficult to intercept" because of its speed and is an answer to the Chinese Navy (PLAN) recent "aggressive activities in the East China Sea". |
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Video showing Japan Air Self-Defense Force F-2 Fighter test launching a XASM-3 missile. ATLA video.
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XASM-3 is capable of reaching Mach 3 speeds thanks to its ramjet engine fed by two air intakes (in a similar fashion to MBDA's Meteor air to air missile of to the French ASMP-A air-launched tactical nuclear missile). XASM-3 is flying close to sea level in the final stage of attack to reduce probability of detection and intercept.
XASM-3 basic specifications: Overall length: 5.25m Maximum speed: Mach 3 or more Firing range: 80nm (about 150km) or more Weight: 900kg Power: Integral Rocket Ramjet Navigation and seeker: inertial / GPS (intermediate stage) + active / passive seeker (terminal phase) We recently reported that a similar missile, the XSSM intended for the Japanese Navy (JMSDF) was also tested earlier this year. |
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 Two XASM-3 missiles fitted on a Japan Air Self-Defense Force F-2 Fighter during recent tests (May 2017). Picture via twitter @MR2AW11SP |
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Video: Japan's XASM-3 Supersonic Anti-Ship Missile Test Launch
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