#missile technology

[trendynewsnow]

Hezbollah's Advanced Almas Missiles: A New Threat to Israel

Hezbollah’s Advanced Missile Capabilities The Lebanese militant organization Hezbollah has recently been employing a sophisticated missile system against Israel, which has reportedly been reverse-engineered from an Israeli weapon captured during a previous conflict. According to Israeli defense officials, the original Spike anti-tank missiles were seized by Hezbollah fighters during the 2006…

[creativemedianews]

Will US sanctions affect Pakistan's missile program?

Will US sanctions affect Pakistan's missile program? #assetblock #ballisticmissiles #Chineseentities

[tri-bi-blast]

Being creative, with intreats, while on social media is horrible because I'll just be watching YT, looking for some background noise while I play games, and then auto play will send my into a rabbit hole of military tech that I'll come out of with the inspiration to design a new missle based CIWS system in From The Depths, only for me to lose motivation when finding targets to test on, only to go back to YT and get inspired again, and yet I still can't test it.

[stone-cold-groove]

Front cover: UNIVAC Defense System’s CP-890 shipboard computer brochure - 1967.

[worstloki]

I don’t think people realize how impressive it is that Palestinian resistance forces manually aim and fire at ground and air vehicles and hit them — or that they allegedly work their own production lines to have the weapons. Or that the Yemeni forces blockading the Bab al-Mandab didn’t lose the previous US-UK-EU-supported war against them.

[techtuv]

Missiles that use infrared guidance are often called "heat-seeking" because infrared radiation is strongly emitted by hot objects. Many objects, such as people, vehicle engines, and aircraft, generate and emit heat.

[1nt3rnalpu7ref4ct10n]

s1e3

[xtruss]

Russia's Typhoon-Class Missile Submarine Is Something the Navy Can't Match

Russia's Typhoon-Class nuclear submarines were a vessel the U.S. Navy could never match in terms of size and total tonnage. They carried a massive amount of Nuclear Missiles.

— By Peter Suciu | Monday January 22, 2024

Image: Shutterstock

A Big Deal: The Russian Navy's Typhoon-Class — Nearly a year ago, Russia decommissioned the Project 941 Akula (NATO reporting name Typhoon) heavy nuclear-powered missile-carrying submarine cruiser Dmitry Donskoy several years earlier than expected. In fact, it had been only three years ago that the Kremlin announced the boat would remain in service until at least 2026, even as its role was reportedly limited to that of a weapons test platform for the new Borei-, Borei-A-, Yasen-and Yasen-M-class submarines.

In February 2023, it was officially confirmed that Dmitry Donskoy was decommissioned in February due to cost considerations. The submarine had served for more than 40 years in the Northern Fleet.

Initially designated the TK-208, she was the lead vessel of the Soviet third-generation Akula-class (Russian for "Shark"). She entered service in 1981 with the Soviet Navy, and after a 12-year overhaul and refit that began in 1990, she reentered service in 2002 as the Dmitry Donskoy, named after the Grand Duke of Moscow Dmitry Donskoy (1359–1389), the reputed founder of Moscow.

According to Russian media, Dmitry Donskoy initially carried D-19 strategic intercontinental ballistic missiles (ICBMs) as its basic armament. Following its upgrade under Project 941UM, it was involved in the tests of the seaborne Bulava ICBM.

Typhoon-Class: Project 941 Boats: The Sevmash Shipyard built six of a planned seven Project 941 submarines for the Russian Navy, and all were operational with the Northern Fleet. Though the oldest of the submarines, the Dmitriy Donskoy was also the last of the class to remain in service.

The TK-202, TK-12 – later renamed the Simbirsk – and T-13 were withdrawn from active service between 1996 and 2009, and scrapped with the financial support of the United States. Two other boats: the TK-17/Arkhangelsk and TK-20/Severstal remained in service until they were decommissioned circa 2013. A seventh boat, TK-210, was laid down but scrapped before completion.

With a displacement of 48,000 tons, a length of 175 meters (nearly 600 feet), a 23-meter beam, and a 12-meter draught, the Typhoon-class was the largest class of submarines ever built. Developed with multiple pressure hulls, including five inner hulls situated inside a superstructure of two parallel main hulls, the Typhoon-class was also wider than any other submarine ever built. The submarines were powered by OK-650 pressurized-water nuclear reactors, two 50,000 horsepower steam turbines, and four 3,200 KW turbogenerators and this provides the boat with the ability to sail at a speed of up to 22.2 knots on the surface and 27 knots whilst submerged.

Each contained nineteen compartments, including a strengthened module, which housed the main control room as well as an electronic equipment compartment above the main hulls and behind the missile launch tubes. It even was reported that there was a sauna on board as well as a small swimming pool for the crew. The sheer size of the submarines was likely welcomed by the approximately 160 sailors who called the submarine home on voyages lasting 120 days or longer, oftentimes without surfacing for months at a time.

The Typhoon-class subs were designed to counter the United States Navy's Ohio-class subs, which were capable of carrying up to 192 100-kiloton nuclear warheads. By contrast, the Soviet Typhoons could carry a primary cache of 20 RSM-52 SLBMs (submarine-launched ballistic missiles), each of which contained up to 10 MIRV (multiple independently targetable reentry vehicle) warheads.

Though the Dmitriry Donskoiy has been decommissioned, in 2021, a new sub of the Borei-class has already begun construction; and when launched, will bear the name of the legendary founder of Moscow.

— Peter Suciu is a Michigan-Based Writer. He has contributed to more than four dozen magazines, newspapers, and websites with over 3,200 published pieces over a twenty-year career in journalism. He regularly writes about military hardware, firearms history, cybersecurity, politics, and international affairs. Peter is also a Contributing Writer for Forbes and Clearance Jobs.

[nikproxima]

Horizon WIP Post 14

The Phalanx Class Submarines were some of the last ships of the true PSSA Naval Fleet, gargantuan submersible vessels designed to skulk under the waves of the Earth’s oceans. Construction of these 8 behemoths took nearly 20 years to complete, and once they left dry dock in 2249, they would never return, a constant circumnavigation of the planet to ensure orbital second strike at any given time. These ships were basically floating cities, 620 meters long with a crew of 700, and a displacement in excess of 150,000 tonnes. They would not be alone in their journey, out of their launch bays they could field several Recon Simurghs and at least 2 modified Screech Owls, an eye in the sky for pinpointing targets in orbit. These Screech Owls would be different, not only would they bear a naval blue paint scheme, they would trail multi mile antennas behind them in an effort to communicate with allies across the ocean. These ships, true behemoths of Earth, would be the first and last terrestrial naval vessels powered by nuclear fusion, compact Tokamaks designed to work nearly silently, supplemented by a fission reactor for emergency starts that could power a city. Unlike submarines of old, these ships did not bear the traditional hallmarks of their suboceanic predecessors, rather they were focused entirely on surface stealth, heat shielding and wake production were kept to a minimum. Onboard, in the belly of the beast, their true might was contained. Six massive angled launch tubes, each 3.5 meters in diameter, bulged from the deck of the vehicle, containing the Volk Deep Space Missile, produced in the former Russian Republic - one of the last great heaves of engineering before environmental collapse in the region forced them southwards. A launch of a Volk would bring terror and destruction, the six storable first stage engines surrounding the Torch Drive nozzle would burn bright in the night sky, before the deep blue glow of the Torch would mean that a nuclear payload was well on its way to its target. The payload itself would consist of 2 50 megaton plasma enhanced weapons, with the shaping of the charge creating a cloud of plasma to devastate capital ships in orbit or glass a planetary surface - a truly fearsome weapon the likes of which the world had never seen. The Phalanx Class would see combat for the first time in 2263, with PSSA Buckler firing its first Volk against the ICM Hana Brigade, leading their first charge against Earth in the Second Terrestrial Campaign. Buckler however, was not the aggressor in this conflict, ICM cutter Hephaestus would fire a salvo of tungsten kinetic weapons at the sub, which evaded through a successful crash dive. Buckler would score a direct hit on Hephaestus, as well as destroying two Pykrete cruisers in the area.

While 7 of the subs would serve in their combat role, each to the seven seas of Earth, PSSA Silent Shield would be converted for a different purpose. She was to serve as the COGS - Continuity of Government Ship, where the PSSA High Council would be evacuated to in the event of Loss of Command Post. Her mission was simple, protect the council for long enough that a cruiser in orbit could line up to retrieve her barebones SSTO, launched from the converted flight deck. This SSTO would not be the comfortable standard of travel so many civilians were used to, rather, it would be optimized to deliver the council and their staff with minimal equipment if the planet was deemed lost. From there, a cruiser would attempt to make the run to Lunar Space, where they could regroup with a carrier force and hunker down in the Moon’s sphere of influence. An Atrues Class Mass Confinement Carrier would rendezvous with the executive cruiser, and take over the role of COGS.

[latestnews-now]

Russia's hypersonic Oreshnik missile has made headlines after its first test in combat against Ukraine. Capable of speeds over 13,000 kph and carrying multiple warheads, the missile is reportedly unstoppable by any current defense system. President Vladimir Putin has confirmed plans for expanded testing and production. What does this mean for global security? Watch this detailed analysis to understand the implications of this advanced weapon system on the Ukraine-Russia conflict and beyond. Don’t forget to like, comment, and subscribe for more updates on global security and military technology

Subscribe now to stay informed and never miss a beat on what’s happening around the globe!

[stone-cold-groove]

A page from UNIVAC Defense System’s CP-890 shipboard computer brochure - 1967.

[trendynewsnow]

Russia and North Korea Forge Military Alliance Amid Ukraine Conflict

Russia and North Korea’s Military Cooperation In a significant development, Russia has reportedly supplied North Korea with advanced anti-aircraft missiles, as part of a reciprocal agreement involving the deployment of thousands of North Korean troops to support Russia’s ongoing military operations in Ukraine. A South Korean official disclosed this information on Friday, highlighting the…

[hicginewsagency]

Ukraine Fires UK-Supplied Storm Shadow Missiles Into Russia for the First Time.

The Storm Shadow missile carries a range of around 155 miles and is designed to evade detection despite flying low after being launched. Courtesy image. In a significant escalation of the ongoing conflict, Ukraine has launched UK-supplied Storm Shadow missiles at targets within Russian territory for the first time. The missiles, which are long-range precision-guided munitions, were used in an…

[amrutmnm]

Anti-Aircraft Warfare Market Trends and Predictions for 2023 to 2028

Table of Contents

What is Anti-Aircraft Warfare?

How Does Anti-Aircraft Warfare Work?

Anti-Aircraft Warfare Industry Growth Drivers

Market Opportunities in Anti-Aircraft Warfare

Key Players in the Anti-Aircraft Warfare Company

Recent Developments in Anti-Aircraft Warfare

FAQs on Anti-Aircraft Warfare Market

Key Takeaways

What is Anti-Aircraft Warfare?

Anti-aircraft warfare involves the strategies, systems, and technologies used to defend against airborne threats, including aircraft, missiles, and drones. As military aircraft and unmanned aerial vehicles (UAVs) become more advanced, the need for effective air defense solutions intensifies. These systems are designed to detect, track, and neutralize airborne threats to protect strategic infrastructure, military assets, and civilian areas.

How Does Anti-Aircraft Warfare Work?

Anti-aircraft warfare relies on sophisticated technologies like radar systems, missile systems, and electronic warfare capabilities to detect and destroy incoming aerial threats. Key components include:

Radar Systems: Used for early detection and tracking of aerial threats over long distances.

Missile Defense Systems: Include surface-to-air missiles and interceptors capable of neutralizing enemy aircraft and missiles.

Electronic Warfare: Encompasses systems that disrupt enemy communications, radars, and navigation.

Directed Energy Weapons (DEWs): Utilize lasers or microwaves to destroy or disable targets, offering rapid response times and precision.

These technologies work in unison to create a layered defense, ensuring early threat detection, tracking, and interception to minimize potential damages.

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Anti-Aircraft Warfare Market Growth Drivers

The Anti-Aircraft Warfare Market is estimated to grow from USD 20.9 billion in 2023 to USD 28.6 billion by 2028, at a CAGR of 6.5%. Several key factors contribute to this growth:

Increased Air-Based Threats As air-based threats become more sophisticated, defense organizations worldwide are investing in cutting-edge air defense systems. Recent developments in hypersonic missile systems are pushing the boundaries of traditional air defense capabilities, driving innovation.

Development of Indigenous Defense Systems Countries like Russia, India, and China are heavily investing in indigenous air defense technologies to bolster their military capabilities. Examples include Russia’s S-500 missile defense system and China’s HQ-9B surface-to-air missile systems.

Government Support for Military Modernization Governments are channeling funds into research and development to enhance their defensive and offensive air capabilities. In the United States, for instance, the Department of Defense is spending nearly USD 1 billion annually on developing directed energy weapons for air defense.

Market Opportunities in Anti-Aircraft Warfare

The Anti-Aircraft Warfare Market presents various opportunities, including:

Directed Energy Weapons (DEWs) As DEW technology advances, militaries are looking to integrate these systems into their arsenals. DEWs offer rapid response times and cost-effective solutions for disabling threats with minimal collateral damage.

Counter-Unmanned Aerial Vehicle (C-UAV) Systems With the increasing use of UAVs, there is a growing demand for systems that can detect, track, and neutralize drone threats. The need for reliable C-UAV systems is critical to preventing unauthorized UAV access to restricted areas.

Advancements in Missile Systems The development of advanced missile systems capable of intercepting hypersonic missiles is a major opportunity for the market. Companies are investing heavily in missile technology to create faster, more accurate, and longer-range defense solutions.

Naval Air Defense Solutions As geopolitical tensions rise in regions with significant naval activity, demand for anti-aircraft systems on naval platforms has surged. Naval vessels equipped with advanced air defense systems are becoming essential for countries with significant maritime interests.

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Key Players in the Anti-Aircraft Warfare Market

The Anti-Aircraft Warfare Market is dominated by a few well-established players with extensive product portfolios and global influence. These companies are at the forefront of innovation and have strong financial stability, enabling them to invest heavily in research and development. The key players include:

Lockheed Martin Corporation (US): A leader in missile defense systems, Lockheed Martin specializes in advanced technologies like the Phased Array Tracking Radar to intercept hypersonic missiles.

Raytheon Technologies Corporation (US): Known for its integrated air defense systems, Raytheon combines radars, command, control, and interceptors to create multi-layered defense solutions.

BAE Systems (UK): This company focuses on radar and electronic warfare systems, offering advanced solutions for both land and naval platforms.

Thales Group (France): Provides high-performance radar and missile systems, with a strong presence in the naval defense sector.

These companies actively pursue mergers, acquisitions, and strategic partnerships to expand their market share and enhance their technological capabilities.

Recent Developments in Anti-Aircraft Warfare

The Anti-Aircraft Warfare Market has seen significant advancements and collaborations in recent years. Notable developments include:

Lockheed Martin: Awarded a USD 2.45 billion contract in April 2023 for the production of advanced missile intercept systems, including upgrades to the PATRIOT missile.

Raytheon: In June 2023, Raytheon integrated multiple air defense components to create a comprehensive shield against air-based threats.

Thales Group: Signed an agreement in July 2023 with the Swedish Defence Materiel Administration for the delivery of SMART-L Multi Mission Fixed (MM/F) radars, bolstering Sweden’s long-range detection capabilities.

BAE Systems: Received a USD 14 million contract from DARPA in August 2022 to develop smaller, more powerful electronic warfare systems for use on unmanned platforms.

FAQs on Anti-Aircraft Warfare Market

What is the Anti-Aircraft Warfare Market size? The Anti-Aircraft Warfare Market is projected to grow from USD 20.9 billion in 2023 to USD 28.6 billion by 2028, with a CAGR of 6.5%.

What factors are driving market growth? Rising investments in hypersonic missile defense systems, the development of indigenous air defense solutions, and advancements in radar technology are the primary growth drivers.

Which region dominates the Anti-Aircraft Warfare Market? North America, led by the United States, holds the largest market share due to substantial defense spending and advanced technology development.

Who are the leading players in the market? The key players include Lockheed Martin Corporation, Raytheon Technologies Corporation, BAE Systems, and Thales Group, among others.

What challenges does the market face? Stringent regulations on arms transfer and technical challenges related to counter-UAV systems are some of the significant hurdles.

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Key Takeaways

Robust Growth: The Anti-Aircraft Warfare Market is set to experience substantial growth, driven by advancements in missile and radar technology.

Opportunities in DEWs and C-UAVs: Directed Energy Weapons and Counter-Unmanned Aerial Vehicle systems offer new growth avenues.

Regional Dominance: North America leads the market, but emerging economies are increasing their investments in indigenous air defense systems.

Technological Innovation: Companies are heavily investing in research and development, pushing the boundaries of existing technologies to counter new threats.

Strategic Partnerships: Leading companies are entering partnerships and joint ventures to enhance their product portfolios and expand market reach.

The Anti-Aircraft Warfare Market is evolving rapidly, driven by the need for advanced air defense solutions and the rise of hypersonic missile systems. With robust growth expected over the next five years, key players are investing heavily in technology to stay ahead. Despite challenges, the market offers substantial opportunities in DEWs, C-UAVs, and indigenous defense systems. As global defense spending rises, the market is poised to see significant advancements and continued innovation, shaping the future of air defense.