#hypersonicmissile

[eretzyisrael]

Iran says they have a hypersonic missile that can evade our defenses. They just have to push the button. And we. . . ?

Dry Bones

[kokchapress]

Yemen’s Armed Forces launched missile and drone strikes on sensitive Israeli targets in Yafa and Umm al-Rashrash, vowing to continue supporting Gaza until the aggression ends. #Yemen #Israel #Gaza #Resistance #MiddleEastConflict 🚀✈️

Yemen Launches Missile and Drone Strikes on Sensitive Israeli Targets

[warfarenews]

DRDO Unveils 12 Hypersonic Missiles: India’s Biggest Missile Project to Counter China & Pakistan

India's Hypersonic Missile AmbitionsHello friends, India is going to become a superpower in the world in terms of hypersonic missile systems. India is developing 12 different hypersonic systems. Recently, DRDO has said that projects are going on to develop 12 different hypersonic systems in India, which are going to help India in air, sea, land and defence.For your information, let me tell you that apart from India, at present, Russia has the Zircon hypersonic missile. Apart from this, China has hypersonic missiles. But we do not know exactly what type it is because there is a lot of secrecy inside China. On the other hand, the United States of America has been trying to make hypersonic missiles for a long time, but has not been able to make them yet.Now, in such a condition, if India develops 12 different hypersonic systems, then it will be an outstanding achievement in itself, and it will not take much time for India to do this. You will remember that some time ago, the DRDO chief had said that if India decides to make a missile today, then India can make that missile within 2 years because India's missile-making capacity has increased a lot.In such a condition, these 12 systems that we are developing will be developed in India within the next few years, and India will have about 12 hypersonic systems.Understanding the SystemsExactly which are these projects that have been announced by DRDO? Come on, friends, now let's try to understand what has happened here. Look, you will remember that last year India had tested the Hypersonic Technology Demonstration Vehicle, now after that, India is working very fast on the hypersonic system.Now you will say which hypersonic system is hypersonic, and what is this hypersonic glide vehicle? What is a hypersonic cruise missile? Look, there are different types of rockets available in the market. The first type of missiles is ballistic missiles. You must have heard of Agni missiles, etc., right? What is this? It goes out of the atmosphere into space and then comes back and hits the target. It has a rocket engine. And due to the rocket engine, it is pretty easy to achieve hypersonic speed here. And many countries have hypersonic ballistic missiles.But the problem with ballistic missiles is that the radar installed here gets more time to detect them.On the other hand, there is a hypersonic glide vehicle. What happens in it? A rocket launches the missile at hypersonic speed, and then after that, the missile glides. That means the rocket does not have the capacity to move at hypersonic speed, so it takes the help of another rocket through which it achieves hypersonic speed.Then there is a third type of missile which moves downwards while being completely maneuverable, and this type of missile is called a cruise missile. And if the speed of this cruise missile is more than 5 Mach, then it is called a hypersonic cruise missile.Apart from this, India has BrahMos in supersonic and Nirbhay missiles in subsonic. But we do not have a hypersonic rocket yet. We want to develop this hypersonic missile system in India.Now, if you see, many countries in the world have the technology of hypersonic weapons available. But you will not find the technology of ballistic missiles everywhere. But if I say hypersonic cruise missile, then only Russia and China have it; apart from this, no other country has it. Russia has Zircon, and China has ZF. Apart from this, the United States of America is also developing its hypersonic missile. But it has not been able to create it yet.Engineering Behind Hypersonic Cruise MissilesNow, the question arises: is it so challenging to develop a hypersonic cruise missile? DRDO Unveils 12 Hypersonic Missiles: India’s Biggest Missile Project to Counter China & PakistanGenerally, supersonic missiles have a ramjet engine installed inside them. What is a ramjet engine? It keeps moving. It keeps taking oxygen and keeps burning fuel. And a jet engine is being used. Meaning this is a cruise missile. Because I told you what is in a ballistic missile? A rocket engine is used. Because you are taking it outside the atmosphere. But if we talk about a cruise missile, then it is running in the atmosphere itself. That is why a jet engine is used here.The Ramjet engine is seen as a very efficient engine that can travel farther on less fuel and less weight. But the biggest problem with this Ramjet engine is that it works very efficiently up to a speed of 3 Mach. After the speed of 3 Mach, it almost fails.Then we need another new type of design called a scramjet engine, which can work well even after the speed of 3 Mach, and the same thing is used in hypersonic missiles, and the same thing is with China and Russia. But India does not have a hypersonic cruise missile yet. The demonstration vehicle we used was a glide vehicle.DRDO's 12 Hypersonic ProjectsBut there are about 12 different projects going on in India. DRDO Unveils 12 Hypersonic Missiles: India’s Biggest Missile Project to Counter China & Pakistan - The first project is BrahMos 2, in which we are making land, sea, and submarine-launched hypersonic missiles. Whose speed will be around 8 Mach. - Apart from this, we are also making a long-range hypersonic anti-ship missile system in India. Whose range will be around 1500 km. - A BM4 missile project with a glide body is also going on in India. - We are also making air-launched hypersonic missiles in India, which will be integrated with the Sukhoi 30 and AMCA. - We are even making hypersonic torpedoes for underwater fights. - Hypersonic interceptor systems are also being made in India to detect hypersonic missiles. - Efforts are being made to make scramjet engines in India. - Efforts are being made to make air-breathing engines. - Common hypersonic warhead bodies are being developed in India. - Under Project Vishnu, we are developing a hypersonic missile by achieving a speed of 12 Mach. - We have already tested the Hypersonic Technology Demonstration Vehicle.So these 12 different projects are being seen in India. Through which India is going to beat the world in hypersonic technology. Now you must have understood all these things exactly.You May Also Like Latest Post PANIC in Turkish Media over Indian Missiles Read the full article

[fromtheothersideby]

ORESHNIK - RUSSIA'S HYPERSONIC MISSILE

https://rumble.com/v5v4xon-oreshnik-russias-hypersonic-missile.html

We dive into the Oreshnik, Russia's cutting-edge hypersonic missile. Learn about its advanced technology, capabilities, and implications for global security. We'll discuss its potential role in modern warfare, how it compares to other hypersonic systems worldwide, and what this means for the future of defense strategies. Join us as we unpack the secrets behind this formidable weapon and its place in the evolving geopolitical landscape.

[militerium]

Program Persenjataan Hipersonik

Hari Sabtu pertengahan bulan Mei 2022 yang lalu pihak Angkatan Udara Amerika Serikat telah berhasil melakukan uji persenjataan hypersonic AGM-183 Air-Launched Rapid Response Weapon, sebagai bagian dari Program Hypersonic. Uji dilakukan di Wilayah perairan California Selatan. Uji kali ini membuahkan hasil dengan keberhasilan meluncurkan misil dari pesawat, sebelumnya tiga kali uji ARRW tahun 2021 yang lalu mengalami kegagalan. Pelaksanaan uji misil AARW telah dilakukan sejak tahun 2020, dan belum membuah hasil yang memuaskan. Catatan kegagalan uji: Tiga kali kegagalan uji terbang pada tahun 2021 berupa – kegagalan misil meninggalkan pylon pada bulan April, uji di bulan Juli misil berhasil memisahkan diri dari pylon tetapi gagal menembakan booster, dan pada bulan Desember juga mengalami kegagalan pemisahan misil dari pesawat.

Pada saat uji kali ini, Pesawat pembom B-52H Stratofortress meluncurkan misil ARRW, booster segera terpicu (ignited) dan misil melakukan percepatan hingga setidaknya lika kali kecepatan suara (Mach 5). Kontraktor utama untuk pengembangan ARRW ini adalah perusahaan Lockheed Martin. Pihak Lockheed Martin mengharapkan agar Program ARRW ini dapat mencapai tahap kemampuan operasional pada tahun 2023. Senjata hypersonic mampu melesat dengan kecepatan hingga Mach 5 dan dalam perjalanan menuju sasarannya dapat bermanuver untuk menghantam pusat pertahanan lawan. Dengan kecepatan yang dapat dicapai, misil ini sulit di jejaki maupun ditangkal. Dilokasi terpisah, pada pertengahan Maret 2022, pihak US Air Force dan DARPA (Defense Advanced Research Project Agency) menghadiri uji Program Hypersonic lainnya – Hypersonic Air-breathing Weapon Concept – yang masih dirahasiakan. https://www.youtube.com/watch?v=s5Cj9oGkN8k

Pengembangan Senjata Hipersonik

Pihak Lockheed Martin (LM) mengembangkan sejnata AGM-183 ARRW (Air-Launched Rapid Response Weapon) untuk kepentingan pihak US Air Force. Misil menggunakan pendorong motor roket menjelang melayang (gliding) menuju sasarannya, menggunakan boost-glide system. Untuk pengembangan senjata ini, di tahun 2018 pihak US Air Force telah memberikan kontrak kepada pihak LM senilai US$480 juta, dan pada Juni 2019 dilakukan uji terbang pada misil yang diberi kode AGM-183A ARRW (“Arrow”). Pengujian yang telah dilakukan sebelum pengeujian yang terakhir antara lain; uji booster flight pada April 2021 di Pusat uji perairan (Sea Range) Point Mugu, di Selatan California, hasilya – tidak sukses (ini merupakan uji yang ke delapan kalinya).

Misil AGM-183A Mei 2021 dilakukan lagi uji berikutnya untuk sistem avionic, sistem sensor, dan sistem komunikasi ARRW yang diperankan oleh pesawat pembom B-52 yang telah di perlengkapi dengan sub-sistem ARRW, bukan pada prototype misil ARRW. B-52 terbang dari Alaska menuju Pangkalan Udara Barksdale, Louisiana. Uji ersebut berhasil, Pesawat dapat menerima data target dari jarak sejauh 1.900 km. Lalu uji terbang kedua untuk misil pada Juli 2021, kembali mengambil tempat di Point Mugu, dengan pengedropan misil dari pesawat B-52. Uji ini mengalami kegagalan karena motor roket tidak dapat terpicu, sama halnya dengan kegagalan pada uji berikutnya pada Desember 2021.

F-35 missile firing, image: US Air Force. Keberhasilan uji baru terjadi pada pelaksanaan yang dilakukan bulan Mei 2022 yang lalu. Pelaksanaan uji dilakukan oleh Skadron Uji Terbang ke-419 bersama dengan Global Power Bomber Combined Test Force (GPB CTF) menggunakan pesawat pembom B-52H Stratofortress yang tinggal landas dari Lanud Edward, dengan wilayah uji di perairan California Selatan. Prototype ARRW mampu melesat dengan kecepatan lebih dari Mach 5 (6.100 km/jam). Walaupun ARRW ini masih dalam pengembangan, data perbandingan dengan misil hypersonic Russia 3M22 Zicron menurut beberapa pengamat antara lain; - Kecepatan maksimum AGM-183 ARRW: Mach 20 - Kecepatan Maksimum 3M22 Zicron : Mach 9 - Jarak jangkauan AGM-183: 1.000 mil - Jarak jangkauan 3M22 : 621 mil - Ketinggian jelajah AGM-183: tidak ada data - Ketinggian jelajah 3M22 : 91.863 kaki. - Platform Peluncur AGM-183: Pesawat pembom B1-B, B-52H, F-15E. - Platform Peluncur 3M22 : Kapal Selam atau Kapal Perang Permukaan. - Untuk AGM-183, hulu perangnya menggunakan Boost-glide vehicle. https://www.youtube.com/watch?v=jW_5bMFTZTs Apakah Kebutuhan akan ARRW sudah Mendesak? Agaknya pihak Pelaksana Program sangat mendesak agar misil ARRW ini dapat segera diproduksi. Terakhir ini, pemerintah Amerika meningkatkan anggaran untuk pengembangan prototype msil hypersonic dari US$509 juta untuk tahun 2022 dan US$577 juta untuk tahun anggaran 2023. Namun dalam perencanaan anggaran pembelian/akuisisi US Air Force (USAF) untuk tahun forkal 2023 tidak terdapat alokasi untuk pembelian senjata ARRW. USAF juga memiliki program pengembangan misil baistik antar-benua generasi baru yaitu program “Ground Based Strategic Deterrent” (GBSD) untuk menggantikan sistem misil Minuteman III. Untuk program ini mereka mendapat peningkatan dana sebesar lebid dari US$3,6 milyar untuk tahun anggaran 2023. https://www.youtube.com/watch?v=hLlQd1C-gfM Sejak tahun 2020, telah ditunjuk pihak industri yang memperoleh kontrak untuk pengembangan GBSD ini yaitu Northrop Grumman. Diperhitungkan bahwa untuk program ini dapat mencapat tahap awal kemampuan operasional pada tahun 2029. Selain itu, USAF juga menginginkan tambahan alokasi anggaran sebesar US$128 juta untuk pembelian 4.200 unit Joint Direct Attack Munition (JDAM), sebagai tambahan dari 1.919 unit permintaan untuk tahun 2021 yang lalu, sehingga alokasi keseluruhan untuk JDAM ini menjadi US $252 juta. Anggaran berikutnya sebesar US$119 juta untuk pembelian 28 unit Long Range Anti-Ship Missile (LRASM) yang pada tahnu ini tidak dianggarkan. Program akuisisi tersebut belum termasuk rencana pembelian 525 unit misil jelajah udara-ke-darat (JASSM-ER/Joint Air-to-Surface Standoff Missile Extended Range). Agaknya pihak USAF masih memiliki rasa keraguan untuk segera menganggarkan pembelian misil ARRW ini, mengingat dari kegiatan uji yang telah dilaksanakan baru satu kali ini mengalami keberhasilan. Peningkatan Kemampuan Pesawat Untuk meningkatkan kesiagaan, USAF telah meng-upgrade pesawat pembom strategis jarak jauh B-52 agar dapat terus difungsikam secara efeketif hingga tahun 2050. Mesin pesawat diganti dengan dua unit mesin Rolls-Royce F130 versi militer dari mesin komersial BR725. Untuk pelaksanaan penggantian mesin ini, Rolls-Royce telah memperoleh kontrak awal/pertama pada tahun September 2021 sebesar US$500,9 juta. Rolls-Royce akan memasok 650 unit mesin dan melakukan penggantian mesin pada 76 unit B-52. Mesin F130 ini merupakan pengganti dari mesin lama – Pratt & Whitney TF33. Program upgrade B-52 ini secara kesuluruhan mendapat alokasi anggaran sebesar US$2,6 milyar. Pemasangan mesin akan dilakkan oleh pihak Boeing, selaku pembuat dari pesawat B-52. Boeing telah memindahkan beberapa B-52 dengan menggunakan truk dari Pangkalan Udara Davis Monthan di Arizone ke Pusat Logistik Udara di Oklahoma City, dimana pelaksanaan pekerjaan akan dilakukan. Persaingan Senjata Hypersonic Agaknya Amerika masih harus terus berupaya keras untuk memperoleh senjata Hypersonic untuk menyaingi Russia. Sementara itu, saingan kekuatan militer Amerika lainnya – Cina – juga tengah melakukan pengembangan senjata misil hypersonic, dan menurut para pengamat telah mencapai perkembangan yang pesat. Cina mengembangkan heat-seeking hypersonic missile dengan kemampuan menghantam target yang bergerak dengan kecepatan 5 kali kecepatan suara – disebut sebagai 6.174 km/jam. Pengembangan misil hypersonic Cina ini dilakukan di PLA Rocket Force University of Engineering yang berlokasi di Xian. Menurut kepala Tim Peneliti, Yang Xiaogang, pengembangan yang dilakukan telah mengalami progress yang sangat penting. Tim pengembangan misil ini bersama koleganya dari College of Missile Engineering memiliki waktu pengembangan hingga tahun 2025 mendatang untuk menghasilkan solusi teknologi hypersonic yang mereka laksanakan. Read the full article

[uitvconnect]

North Korea Successfully Launched Second Hypersonic Missile In Fiery Test.

[iaf-in-ia]

Enough ? Yes or No ? 🤔 - Repost @militaryworld_ Tags :- #missile #hypersonicmissile #bomb #hmsqueenelizabeth #russian #su30mki #photooftheday #pictureoftheday #usa #photooftheday #fighterjet #attackaircraft #combataircraft #aviation #aviationgeek #instagramaviation #instaaviation #iaf_in_ia #usaf #india #indianarmy #Army #indianairforce #war #aircraftcarrier #military #army #ship #militaryaircraft #tbt #ww3 (at India) https://www.instagram.com/p/CIGF81fBwtT/?igshid=1rpiqf5rgmviy

[iaf-in-ia]

BGM-109G Ground Launched Cruise Missile of the United States Air Force (retired) - The Ground Launched Cruise Missile, or GLCM, (officially designated BGM-109G Gryphon) was a ground-launched cruise missile developed by the United States Air Force in the last decade of the Cold War and destroyed under the INF Treaty. The BGM-109G was developed as a counter to the mobile MRBM and IRBM nuclear missiles (SS-20 Saber) deployed by the Soviet Union in Eastern Bloc European countries. The GLCM and the U.S. Army's Pershing II may have been the incentives that fostered Soviet willingness to sign the Intermediate-Range Nuclear Forces Treaty (INF treaty), and thus possibly reduced the threat of nuclear wars in Europe. GLCM is also a generic term for any ground-launched cruise missile. Since the U.S. deployed only one modern cruise missile in the tactical role, the GLCM name stuck. The GLCM was built by General Dynamics. - Type : long-range, all-weather, subsonic tactical/strategic cruise missile - Unit cost : $1.3 million - In service : 1983–1991 - Mass : 1,200 kilograms (2,600 lb) - Warhead : W84 thermonuclear warhead - Operational range : 2,500 kilometres (1,600 mi) Repost @missile_blog #missile #hypersonicmissile #bomb #hmsqueenelizabeth #russian #su30mki #photooftheday #pictureoftheday #usa #photooftheday #fighterjet #attackaircraft #combataircraft #aviation #aviationgeek #instagramaviation #instaaviation #iaf_in_ia #usaf #india #indianarmy #Army #indianairforce #war #aircraftcarrier #military #army #ship #militaryaircraft #tbt #ww3 (at India) https://www.instagram.com/p/CIDhjObBnwl/?igshid=54xhxtmnk1wm