Leidos’ Post

The US Missile Protection Company (MDA) has introduced its collaboration with Northrop Grumman Company to develop the Glide Phase Interceptor (GPI), a defensive countermeasure particularly designed to tackle hypersonic missile threats.  Lately, hypersonic weapons have gained consideration for their potential to remodel navy capabilities. One such platform is the hypersonic gliding automobile, which makes use of a boost-glide launch system. A rocket propels the weapon to the sting of house earlier than it glides again into the environment at hypersonic speeds, following a non-ballistic trajectory often known as a skip reentry or a ballistic coast. This permits the automobile to fly at decrease altitudes, making detection and interception more durable. By staying beneath the radar horizon and maneuvering throughout flight, these weapons give air defenses little time to react. Consequently, the MDA launched the GPI program to deal with countering threats that journey at speeds exceeding 5 instances the pace of sound and might maneuver unpredictably. In June 2022, Northrop Grumman and RTX have been the 2 producers to be shortlisted.  Arming the Aegis Fight System towards hypersonic threats With Northrop Grumman now chosen, it should refine the GPI’s design, conduct system efficiency testing, and perform accelerated flight experiments. The corporate may even leverage digital engineering practices to streamline the event course of.  “GPI provides mission important standoff to warfighters in situations the place distance creates a bonus,” Wendy Williams, Vice President and Normal Supervisor of Launch and Missile Protection Methods at Northrop Grumman, emphasised.  The design incorporates know-how resembling enhanced seeker know-how, a re-ignitable upper-stage engine, and twin engagement mode. The weapon might be deployed from the usual Vertical Launch System (VLS) of US Navy Aegis Ballistic Missile Protection destroyers and the Aegis Ashore system. The Aegis Fight System is an built-in naval weapons system designed to observe and destroy incoming airborne threats resembling missiles, plane, and even ballistic missiles. The system integrates radar and missile know-how with highly effective computing to detect, observe, and have interaction a number of targets concurrently. Moreover, Northrop Grumman will collaborate with the US and Japan’s Ministry of Protection below the GPI Cooperative Growth Program to ship the interceptors to MDA. 

Space-based missile defense technologies are reshaping how nations respond to modern missile threats, offering enhanced detection, tracking, and interception capabilities from the unique vantage point of space. This article delves into the latest advancements in these systems, including infrared satellites, space-based radar, laser weapons, and AI-driven tracking systems. It also explores the challenges, such as cost, international regulations, and the risk of an arms race, while highlighting the future of space-based defense in ensuring global security. Read on Genesys Defense and Technologies: https://lnkd.in/gs4RfwTZ

'But the Kremlin has also consistently invested and experimented in electromagnetic innovation in decades when U.S. EW efforts were focused on gathering intelligence in the relatively permissive environments of wars in the Middle East. 'Russian jamming has decreased the “efficiency rate” of GPS-guided [American-origin] Excalibur 155mm artillery from 70 percent to 6 percent ... 'The GoTenna unit, about the size of a sunglasses case, can connect satellite or cellular networks ... Company officials offered a demonstration in which two users, some 532 miles apart, connected over a 7-kilohertz, 100-watt channel. 'The command already has its own small satellite, called MISR, to collect signals intelligence, and it is looking to create more SOCOM-specific satellites'. https://lnkd.in/edsmwaXE

PER CAPITA LETHALITY INDEX Just a short note on my last post. The Sino-Russian Bloc (SRB) and its evil surrogates comprise a population estimated at 10% of the total world population. A useful exercise would be to calculate a per capita lethality index for all the weapons, conventional/nuclear missile arsenals, drones, outer space weapons, invasive cyber technology, chemical warfare and other materiel held by SRB citizens on a per capita basis. Some of the SRB member countries spend enormous funds on defence. For instance, North Korea spends so much on missiles that it puts its population at starvation risk. Lethality is critical. For example, a thermonuclear bomb can take out as many as 600 million people in one strike. We need to know classes of weapon, method of delivery, characteristics, maximum kill area, maximum numbers of casualties, and so on... Indices could be set up to assist in the calculations. Are there any defence analysts or statisticians out there who could undertake such calculations? Has any research work been done on this topic.

Shared comments to clarify on "Brahmos remains a very effective and deadly missile system for Surface Warfare". Interesting to note here is that C4I as a separate entity is on top of the Brahmos SSM system i.e. to simply put, the equipment efficacy is always maximum even as a standalone complex. A robust C4I system, when implemented separately, can enhance these further with the equipment integration. The Brahmos SSM remains extremely effective and useful SSM system on its own. https://lnkd.in/gjqpc62D #brahmos #indopacific #eurasiantimes #southchinasea

Complete Guide of "Air Defense System" Download free sample PDF : (https://lnkd.in/dP2Gid4f) The Air Defense System Market, valued at over USD 38.3 billion in 2022, is projected to grow at a CAGR exceeding 7% from 2023 to 2032. This growth is driven by the expanding industrial and manufacturing sectors. The rise in global air traffic and the growth of the commercial aviation sector have heightened the need to protect airspace from potential threats. Consequently, the demand for advanced air defense systems capable of distinguishing between friendly and hostile aircraft has increased. The air defense system market is segmented into weapon systems, fire control systems, command and control (C2) systems, and other components. In 2022, fire control systems accounted for over 40% of the market share and are expected to experience significant growth. These systems integrate data from various sensors, including radars, electro-optical systems, and infrared sensors, creating a comprehensive and real-time situational awareness picture through sensor fusion. The air defense system market is segmented into missile defense systems, anti-aircraft systems, and Counter Rocket, Artillery, and Mortar (C-RAM) systems. Among these, the missile defense system segment is projected to grow at a CAGR of over 8% during the forecast period. The rising proliferation of nuclear weapons and the potential for their delivery via missiles have heightened interest in missile defense systems. Consequently, nations are investing heavily in these systems to mitigate the threat of nuclear missile attacks.

THIS JUST IN: Following last year’s preliminary design review for the Missile Defense Agency’s modernized long-range ballistic missile interceptor, Lockheed Martin successfully completed the first program Knowledge Point (KP1) – a crucial step forward for our Next Generation Interceptor (NGI) program and ultimately global security against increasingly complex threats. As part of this critical milestone, we were able to showcase technology maturity and our progress to date, including utilizing our NGI Software Factory, which enables fast development and continuous software updates to our customer. Collaboration is key to executing on our customer missions, and we look forward to continued collaboration with the MDA throughout the program’s development process. https://lnkd.in/ghEPeh_6 #space #defend #deter #protect

Making Waves: The Evolution of Meko Missile Technology Introduction: Meko Missile Technology - A Journey Through Time Meko missiles a... Read More - https://lnkd.in/dHe2DBB9

Land Attack Capability Axed On AGM-158C LRASM Anti-Ship Missile

Project STORM The Ministry of Defence has announced a comprehensive framework for missile defence research and development, titled Science and Technology Oriented Research and Development in Missile Defence (STORM). The contract will manage the delivery of research covering all activities to counter ballistic missiles and advanced threats, including but not limited to simple non-separating threats, complex separating threats, Manoeuvring Re-Entry Vehicles (MaRVs), Multiple Independently Targetable Re-Entry Vehicles (MIRVs), Hypersonic Glide Vehicles (HGVs), Hypersonic Cruise Missiles (HCM), and hybrid threats. The research required will cover analysis, experimentation, trials, and technology/system development across all pillars of missile defence: Counter-proliferation: Measures to minimise the spread of missile technology. Deterrence: Measures to discourage the use of missile threats. Counterforce: Actions to reduce the quantity of missiles and supporting equipment available to an aggressor during a conflict. Active defence: Strategies to detect, track, intercept, and disable or destroy missiles in flight. The shortlisted companies include: Airbus Defence and Space BAE Systems Frazer-Nash Consultancy Leonardo Lockheed Martin PRICEWATERHOUSECOOPERS ADVISORY QinetiQ Roke-Manor Research These companies will now compete to deliver on the STORM framework, which forms a central part of the MoD’s strategy to enhance the UK’s missile defence capabilities. The STORM programme is designed to tackle a broad range of missile threats through research and development activities spanning several key areas: counter-proliferation, deterrence, counterforce, active defence, and passive defence. #Defence #MOD #Military