Tuesday, April 23, 2024
Jason Sherman is a reporter for Inside Defense. For more than two decades -- including stints with Defense News and Armed Forces Journal -- he has covered the Pentagon, defense industry, the military budget, weapon system acquisition and defense policy formulation as well as reporting on technology, business, and global arms trade. Jason has traveled to more than 40 countries, studied medieval history at the State University of New York at Buffalo, and lives in Brooklyn.
Japan executed its maiden launch of a Standard Missile-3 Block IIA interceptor -- the most advanced Aegis guided missile which it co-developed, and is co-producing, with the United States -- as part of a major ballistic missile defense live-fire event in the Pacific Ocean in concert with the U.S. Navy and Missile Defense Agency.
X-Bow Systems -- a New Mexico-based start-up that claims to bring 21st-century manufacturing technologies and know-how to solid-rocket motor production -- has answered the Pentagon's call for a potential new domestic supplier of boosters needed to power Army and Navy plans to scale production of long-range hypersonic strike weapons.
The Army last month experimented with a potential revolutionary new capability by using a missile defense system to spot a ground threat in a simulated setting and digitally pass the targeting information to a long-range strike system which then executed an attack against the ground target.
The U.S military has demonstrated a new capability crucial to plans to defend Guam beginning in 2024 against advanced Chinese air and missile threats, linking radar on Navy destroyers for the first time with Army and Marine Corps ground sensors as well as Air Force fighter aircraft.
Army testers are readying a final assessment of Integrated Air and Missile Defense operational effectiveness, suitability and survivability after completing a major appraisal, setting the stage for an early 2023 full-rate production decision and a pivot to follow-on development that includes integration with the F-35 fighter and the Terminal High Altitude Area Defense system.
The Defense Department wants a new over-the-horizon radar to be operational by 2027 to detect and decrease risk from potential Russian and Chinese cruise missile strikes against U.S. critical assets and plans to brief industry in early December on a new homeland defense sensor competition that will launch next summer to support this goal.
The United States is exploring the possibility of teaming with Japan to develop a counter-hypersonic interceptor, a project that could allow the Pentagon to share the cost of developing a new guided missile and build on the 16-year collaboration that produced the newest Aegis weapon: the Standard Missile-3 Block IIA.
Defense Department plans to beef up Guam's air and missile defenses is prompting the Army to contemplate development of an entirely new organization -- likely larger than a Patriot battery -- beginning as soon as fiscal year 2025 as part of the service's contribution to protecting the U.S. territory in the Western Pacific against advanced Chinese threats.
The Defense Department flew two dozen technology experiments in a pair of flight tests over the Atlantic Ocean last week as part of the U.S. military’s project to identify new capabilities to improve long-range hypersonic strike weapons as well as support development of defensive capabilities against such weapons.
The Army has formally approved for operational use on South Korea the software and hardware changes to its upper- and lower-tier missile defense weapon systems launched in 2017 in an effort to expand the coverage umbrella of the Terminal High Altitude Area Defense and Patriot Advanced Capability-3 systems.
The Defense Department’s new Missile Defense Review asserts modern air and missile threats pose “an expanding and accelerating risk” to the nation, its deployed forces, allies and partners -- and requires a special focus on sensor technology development to detect low-flying drones and hypersonic maneuvering weapons.
The Army is upending its acquisition strategy for Long Range Hypersonic Weapon ground equipment -- the vehicles and associated support gear needed for a second and third battery -- by looking to move from rapid-acquisition rules to traditional procurement regulations. (UPDATED)
The current domestic solid-rocket motor industrial base manufacturing capacity is insufficient to support U.S. military plans to field long-range hypersonic strike weapons in the middle of this decade, prompting the Pentagon to launch a new market research effort into the possibility of establishing an additional source.
The Air Force wants to develop a new variant of its next-generation cruise missile that will add new capabilities to its ability to strike enemy targets beyond the reach of adversary air defenses, announcing plans to award prime contractor Lockheed Martin a contract for a new version of the Joint Air-to-Surface Standoff Missile.
The Defense Department is looking to help Lithuania buy long-range air surveillance radars as part of an effort to develop an integrated air and missile defense network for Baltic nations, announcing plans to buy three Lockheed Martin-built, road-mobile sensors days after 14 NATO defense ministers announced plans for a “European Sky Shield Initiative.”
Boeing, Lockheed Martin and Raytheon Technologies are vying to supply the U.S. military’s next-generation short-range interceptor, with all three companies submitting bids, due last week, in an expected multibillion-dollar competition to design and build the follow-on to the venerable Stinger missile -- a franchise with a four-decade run.
U.S. allies in Europe, Asia and the Pacific are eyeing the Army's Integrated Air and Missile Defense program -- specifically the IAMD Battle Command Systems (IBCS) -- with nations, including the United Kingdom, Japan and Australia, in discussion with the prime contractor and the U.S. government exploring potential foreign sales.
An influential Pentagon advisory panel has assessed it "is essential and feasible to quickly and affordably" field new domestic air defense capabilities to protect critical homeland targets -- both civilian and military -- against advanced Russian and Chinese threats.
The Pentagon has locked in a sensor architecture for the U.S. military's new counterair and missile defense system slated for Guam that will be composed of a newly minted Army radar and a land-based Navy variant of technology derived from a towering Space Force array that is due to become operational soon.
Army leaders considered and rejected a Navy gambit to put soldiers behind the consoles of Aegis Ashore, maintaining sailors are best suited to operate the land-based variant of the air and missile defense system -- originally deployed on the surface combatant fleet -- that is operational in Romania, slated for Poland and expected soon in a new form on Guam.