Latest news with #MIRV
India.com
13 hours ago
- Politics
- India.com
Big worry for US and Israel, Houthis new missile capable of penetrating defence systems, becomes more dangerous if targeted by…, they scatter and cause…
Houthi rebels share missile test photos, threaten Israel The Houthi rebels in Yemen, who control the Ansarullah faction, have released photos of a new missile test along with open threats against Israel. These pictures were shared on social media, showing off what the group claims is a newly developed missile. In recent days, the Houthis have targeted several sites in Israel, including Tel Aviv's Ben Gurion Airport. They are also claiming that this new missile might be used in action soon. Advertisement === So far, there's no independent confirmation that Yemen has such advanced missile technology. However, Iran's state-run media has reported that Yemen may now possess this capability. It's important to note that the idea of one missile hitting multiple targets isn't new. Countries like the United States, Russia, and France had already developed this kind of technology decades ago. Known as MIRV, Multiple Independently targetable Reentry Vehicle, this system allows a single missile to carry and release several warheads at once. The U.S. had developed MIRV-based intercontinental ballistic missiles (ICBMs) back in the 1970s, and Russia followed suit shortly after. MIRV Missile threat grows beyond nuclear powers Nuclear-armed nations like the U.S. and Russia already possess advanced MIRV (Multiple Independently targetable Reentry Vehicle) ballistic missiles, which can be launched from land or submarines. These missiles can travel long distances and strike multiple targets in one go. Apart from them, France and China also have MIRV-equipped missiles. India is developing similar capabilities for its Agni missile series, and Pakistan is working on its own version, the Ababeel missile. For nuclear powers, owning MIRV technology is not unusual. But if a group like Yemen's Houthi rebels were to gain access to such advanced systems, it could pose a serious threat not just to Israel, but also to nearby countries like Saudi Arabia, Jordan, and the UAE. Where did the Houthis get this technology? The Houthi rebels in Yemen have become more aggressive and better equipped with time. They have targeted several ships in the Red Sea and Gulf of Aden. At the same time, they have also carried out attacks against Israel. Even after heavy airstrikes by American fighter jets and aircraft carriers, the Houthi leadership based in Sana'a continues to launch attacks without backing down. One major sign of their growing military capability was seen back in 2022, when the Houthis used a swarm of drones, multiple drones flying together, to attack Saudi Arabia's Aramco oil refinery. This was the first time such a tactic had been used by them. Now, as they claim to have access to even more powerful missile technology, the big question is: how did they get it? Though there are no clear answer to this, many experts believe that their long-standing ties with Iran could be the reason. Iran is known to support the Houthis with weapons, training, and advanced military tools.
India.com
5 days ago
- Politics
- India.com
Blaze of Agni: Missiles to Crush China and Pakistan's War Dreams
Blaze of Agni: Missiles to Crush China and Pakistan's War Dreams India's journey to becoming a global power is not just about economic growth or diplomatic ties; it's about ensuring our nation's safety in a challenging neighbourhood. With tensions along the borders with Pakistan and China, India's missile programme, particularly the Agni series, stands as a powerful symbol of resolve. The Agni V, already a game-changer, and the upcoming Agni VI, promise to strengthen India's deterrence against both adversaries. These missiles, armed with nuclear warheads, secure our nation and shape a formidable future. Agni V: The Fire That Reaches Far The Agni V, a nuclear-capable intercontinental ballistic missile (ICBM), is India's pride with a range exceeding 7,000 km. It can deliver nuclear warheads to targets across Pakistan and deep into China, including cities like Beijing. Unlike earlier missiles like Agni I or II, tailored for Pakistan, Agni V's reach makes it a potent deterrent against China. Its canisterised design enables rapid launches from mobile platforms, leaving enemies little time to react. Agni V's Multiple Independently Targetable Re-entry Vehicle (MIRV) technology, proven in the 2024 Mission Divyastra, allows one missile to carry multiple nuclear warheads, each striking a different target. For Pakistan's compact geography, a single Agni V could devastate multiple strategic sites, making aggression prohibitively costly. For China, MIRV complicates missile defence systems, as intercepting multiple warheads is a daunting challenge. India's no-first-use nuclear policy positions Agni V as a second-strike weapon, guaranteeing catastrophic retaliation. Agni V's precision and range outmatch Pakistan's shorter-range Shaheen III, which lacks comparable reach or nuclear payload capacity. Against China's advanced Dongfeng-41, Agni V levels the strategic field by threatening eastern cities, compelling caution in border disputes. Deployed from central India, Agni V's nuclear warheads ensure credible, far-reaching deterrence. Agni VI: The Future of India's Deterrence The Agni VI, under development, could elevate India's defence to unprecedented heights. With a range of 8,000–12,000 km and capacity for up to 10 nuclear MIRV warheads, it would be a global missile, capable of targeting China, Pakistan, and even parts of Europe or Africa. This strategic reach places India among an elite few nations. Agni VI's advanced features, including submarine-launch capability and Maneuverable Re-entry Vehicles (MaRV), enhance its ability to evade China's growing missile defences. Its four-stage design and 3-tonne payload capacity allow it to deliver devastating nuclear strikes, reinforcing India's second-strike capability. Once deployed, Agni VI would transform regional security. For Pakistan, it would render nuclear brinkmanship suicidal, as one missile could obliterate multiple military and economic hubs. For China, Agni VI counters their ICBM numerical edge, ensuring India's nuclear retaliation would be overwhelming, even against distant cities. It would also proclaim India's shift from regional to global strategic power. Challenges and the Road Ahead Agni V and VI, with their nuclear arsenals, fortify India's deterrence but face challenges. Pakistan claims MIRV capability with its Ababeel missile, though its effectiveness is uncertain. China may accelerate its missile programme, risking an arms race. India must balance deterrence with diplomacy to manage tensions. Agni VI's development requires government approval and technical advancements, such as seeker technology for long-range accuracy. Yet, India's Defence Research and Development Organisation (DRDO) has consistently overcome such hurdles, as demonstrated by Agni V's success. A Fiery Message of Peace The nuclear-armed Agni V and potential Agni VI are more than weapons; they are India's commitment to its people's safety. They warn Pakistan and China that misadventures will incur unbearable costs. Upholding India's no-first-use policy, these missiles promote peace through unmatched strength. As Agni VI nears reality, it will solidify India's place in the elite ICBM club, delivering a clear message: India is prepared to defend itself against any threat. In a world where power respects power, Agni V and VI, with their nuclear warheads, are India's fiery shield, safeguarding our dreams of a secure and prosperous future. May our neighbours choose peace, for the fire of Agni burns only for those who threaten us.
News18
5 days ago
- Politics
- News18
BrahMos Delivers A Sharp Message. Agni-V Sends A Stronger One
Last Updated: Agni-V, with advanced navigation, MIRV tech, and a range over 5,000 km, marks a major leap in India's strategic missile capabilities and global deterrence In the wake of the Pahalgam terror attack, India launched Operation Sindoor, deploying BrahMos cruise missiles as part of its strategic response. The BrahMos, a supersonic cruise missile jointly developed by India and Russia, has seen its range increase from 290 kilometres to 450 kilometres, with ongoing efforts to push it further to 800 kilometres. This makes it a potent tool in India's tactical arsenal. Yet, while the BrahMos exemplifies speed and precision on the battlefield, it is the Agni-V intercontinental ballistic missile (ICBM) that stands as the crown jewel of India's long-range deterrence strategy—capable of delivering a much larger payload over far greater distances. Range and Reach of Agni-V Developed by the DRDO, Agni-V represents a quantum leap in India's missile capabilities. With an estimated range of 5,000 to 5,800 kilometres—and some expert assessments suggesting it may exceed 7,000 kilometres—Agni-V places India in an exclusive group of nations with operational ICBM capabilities. Future variants are reportedly in development with ranges that could stretch between 10,000 and 12,000 kilometres. Game-Changing MIRV Technology A landmark moment came on March 11, 2024, when Prime Minister Narendra Modi announced the successful test of the Agni-V equipped with MIRV (Multiple Independently Targetable Re-entry Vehicle) technology. This enables a single missile to carry multiple warheads—each capable of striking separate targets. Often described as a 'missile bus", MIRV technology significantly enhances both offensive capability and deterrence. Historically, the US pioneered this advancement in 1970 with the Minuteman III ICBM and later the Poseidon SLBM, which could carry up to 10 warheads. With the successful integration of MIRV technology, Agni-V cements India's place among a select group of technologically advanced nuclear powers. It's not just a missile—it's a message of strategic depth and cutting-edge capability. A Technological Leap The Agni-V is more than just a long-range missile—it's a symbol of India's rapid advancement in indigenous defence technology. Unlike its predecessors, Agni-V incorporates cutting-edge features such as ring laser gyroscope-based inertial navigation, micro-navigation systems, and highly accurate guidance mechanisms, ensuring it can strike targets with pinpoint precision across continents. Its three-stage solid-fuelled propulsion system allows it to cover vast distances while maintaining structural stability and speed. The missile is also canisterised, meaning it can be launched from a road-mobile launcher, significantly improving its readiness and survivability. This mobility gives India second-strike capability—an essential component of a credible nuclear deterrent. In terms of survivability and response, canisterised missiles can be moved and launched from hidden locations, making them harder to detect or pre-emptively neutralise. This flexibility adds another layer to India's strategic posture. Moreover, Agni-V's development and successful MIRV integration underscore India's move toward next-generation deterrence systems, combining survivability, mobility, and multi-target engagement. As geopolitical dynamics evolve, Agni-V ensures India is not just keeping pace but emerging as a self-reliant, tech-driven strategic power. Watch India Pakistan Breaking News on CNN-News18. Get breaking news, in-depth analysis, and expert perspectives on everything from politics to crime and society. Stay informed with the latest India news only on News18. Download the News18 App to stay updated! First Published: May 30, 2025, 12:37 IST
India.com
6 days ago
- Politics
- India.com
Pakistan Shaheen-III's Menace: India's Wrath will End It
In a bold move that has reshaped South Asia's security landscape, Pakistan's deployment of the Shaheen-III ballistic missile has sent ripples through strategic circles. With a range of 2,750 kilometers, this solid-fuel, road-mobile missile can strike anywhere in India, including the distant Andaman and Nicobar Islands, erasing the notion of geographic safe havens. Capable of carrying nuclear or conventional warheads at hypersonic speeds, the Shaheen-III is Pakistan's answer to India's growing missile capabilities, particularly the Agni-III and Agni-V. As Islamabad flexes its strategic muscle, the question is: How can India absorb this shock and maintain its edge? The Shaheen-III, first tested in 2015 and fine-tuned through launches up to 2022, is no ordinary weapon. Its solid-fuel propulsion allows rapid launches, making it hard to detect and destroy. Mounted on a Chinese-built mobile launcher, it can be moved swiftly, dodging preemptive strikes. Pakistan's Strategic Plans Division has tailored this missile to counter India's missile defense systems, like the S-400, and to ensure a credible second-strike capability. Reports suggest Pakistan is even exploring Multiple Independently Targetable Reentry Vehicle (MIRV) technology, which could allow a single missile to hit multiple targets, overwhelming defenses. For India, this is a wake-up call. The Shaheen-III's reach not only threatens military bases across the mainland but also critical assets in the Indian Ocean region. This compresses India's response time in a crisis, raising the risk of escalation. Pakistan's message is clear: no part of India is beyond its reach. Yet, India is not without options. Here's how New Delhi can strategically counter this challenge. First, India must bolster its missile defense network. The S-400 systems, combined with indigenous defenses like the Prithvi Air Defence and Ashwin interceptors, need to be deployed strategically to protect key cities and military installations. Investing in advanced radar systems to track hypersonic missiles will be crucial. While no defense is foolproof, a layered shield can deter Pakistan from assuming an easy strike. Second, India should accelerate its own missile programs. The Agni-V, with a range of over 5,000 kilometers, already outmatches the Shaheen-III. Upgrading to the Agni-VI, with potential MIRV capabilities, would restore India's strategic advantage. Simultaneously, hypersonic glide vehicle technology, which India is developing, could counter Pakistan's speed advantage, ensuring a robust deterrent. Third, India's sea-based deterrence needs a boost. Nuclear-powered ballistic missile submarines (SSBNs) like the INS Arihant and its successors offer a survivable second-strike option. By expanding its submarine fleet and deploying them in the Indian Ocean, India can ensure that even a surprise attack from Pakistan would not cripple its retaliatory power. Beyond hardware, India must refine its nuclear doctrine. While maintaining a no-first-use policy, New Delhi should clarify that any nuclear aggression, regardless of scale, will trigger a massive response. This unambiguous stance can deter Pakistan from miscalculating. Diplomatic channels should also be used to signal restraint, reducing the risk of crises spiraling out of control. Finally, India must address the broader geopolitical implications. The Shaheen-III's range extends beyond India, potentially influencing dynamics in the Gulf and Middle East. By deepening defense ties with allies like the US, Israel, and Gulf nations, India can counterbalance Pakistan's strategic outreach. Economic and military cooperation with these partners will also help India maintain its regional clout. The Shaheen-III is a bold statement from Pakistan, but it need not tip the scales. India's economic strength, technological prowess, and strategic depth provide ample tools to respond. By enhancing defenses, advancing missile technology, and strengthening its nuclear triad, India can absorb this shock and emerge stronger. The message to Islamabad should be clear: India's resolve is unshakable, and its deterrence is here to stay. In this high-stakes chess game, the Shaheen-III may be Pakistan's knight, but India's queen—its multifaceted strategic arsenal—is ready to checkmate. The challenge is steep, but so is India's capacity to rise above it. ————-E.O.M (Girish Linganna is an award-winning science communicator and a Defence, Aerospace & Geopolitical is the Managing Director of ADD Engineering Components India Pvt. Ltd., a subsidiary of ADD Engineering GmbH, Germany. Contact: girishlinganna@
India.com
15-05-2025
- General
- India.com
Which country has the world's most powerful missile? It's price is..., the name is..., it is from...
Which country has the world's most powerful missile? It's price is..., the name is..., it is from... World's most powerful missile: In the recent India-Pakistan military standoff, it was the missiles that played an important role and with the help of which India destroyed all the terror bases located in Pakistan and PoK. Following which now countries around the world are equipping themselves with modern missile technology to defeat the enemy. There are many countries around the world that also have hypersonic missiles. However, do you know which is the most powerful Missile in the world? World's Most Powerful Missile RS-28 Sarmat This Russian intercontinental ballistic missile is considered to be the most powerful missile in the world ans is known as Satan II. It has been designed and manufactured by Russia which has a range of this missile is 18000 kilometers which can hit almost any part of the earth. Its long range makes it the longest range ICBM missile in the world. It weighs about 208 tons and its length is around 35 meters. According to media reports, RS-28 Sarmat is capable of carrying 15 nuclear weapons simultaneously using MIRV technology. Its destructive capability and the technology used in it make it much more advanced than all existing ICBM missiles. This missile can also dodge America's air defense system. How much is the price There is no official data available about its cost. However, according to various reports in one place the price of one missile has been stated to be around 35 million dollars i.e. Rs 290 crore. There are further reports, which says that the estimated cost can be up to 85 billion which includes the cost of research, development, testing and production and deployment.
