🚨🇮🇷🇺🇸 PENTAGON IN PANIC: US BURNING THROUGH TOMAHAWK MISSILES
Hundreds of Tomahawks hit Iranian radar installations, command centers, missile sites and naval facilities in Operation Epic Fury’s opening hours, yet the US builds only about 90 missiles per year. This conflict is now exposing the terrifying cracks in America’s defense industrial base.
🔸 Introduced in 1983, the Tomahawk is US's long-range precision-guided cruise missile and cornerstone of its strike capability since the Cold War. Launched from Navy destroyers, cruisers, and submarines, it flies low at subsonic speeds of 570 mph with a typical 690 lb warhead striking hundreds of miles inland
🔸 The US Navy fired roughly 400 Tomahawks in the first 72 hours alone wiping out more than 10% of its ready inventory and exceeding total production over the past five years
🔸 Building each new missile takes up to 24 months as Raytheon grapples with a fragile supply chain of single-source suppliers for solid rocket motors and precision electronics
🔸 Restocking the depleted arsenal at current rates would take over four and a half years
🔸 The rapid depletion gives Iran increased operational freedom while creating a dangerous window for China to potentially initiate a conflict with Taiwan before the US can rebuild stocks
🔸 Priced at two to four million dollars per missile every launch represents a massive unsustainable cost that weakens US position for any larger conflict in the Indo-Pacific
Do you think the US can maintain its Tomahawk missile production in the ongoing war with Iran?
@NewRulesGeo❗️ Follow us on X
Hundreds of Tomahawks hit Iranian radar installations, command centers, missile sites and naval facilities in Operation Epic Fury’s opening hours, yet the US builds only about 90 missiles per year. This conflict is now exposing the terrifying cracks in America’s defense industrial base.
🔸 Introduced in 1983, the Tomahawk is US's long-range precision-guided cruise missile and cornerstone of its strike capability since the Cold War. Launched from Navy destroyers, cruisers, and submarines, it flies low at subsonic speeds of 570 mph with a typical 690 lb warhead striking hundreds of miles inland
🔸 The US Navy fired roughly 400 Tomahawks in the first 72 hours alone wiping out more than 10% of its ready inventory and exceeding total production over the past five years
🔸 Building each new missile takes up to 24 months as Raytheon grapples with a fragile supply chain of single-source suppliers for solid rocket motors and precision electronics
🔸 Restocking the depleted arsenal at current rates would take over four and a half years
🔸 The rapid depletion gives Iran increased operational freedom while creating a dangerous window for China to potentially initiate a conflict with Taiwan before the US can rebuild stocks
🔸 Priced at two to four million dollars per missile every launch represents a massive unsustainable cost that weakens US position for any larger conflict in the Indo-Pacific
Do you think the US can maintain its Tomahawk missile production in the ongoing war with Iran?
@NewRulesGeo
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🚨🇺🇸 🇮🇷 U.S. GRAVE MISTAKE: Misinterpreting Iran’s Drone Activity Decline
The US pointed the 83% drop in Iranian drone launches as evidence of success. But this risks repeating a familiar analytical mistake: confusing what the enemy does with what it can still do. A decline in launches is a behavioural signal, not proof that capacity has been destroyed, Kelly A. Grieco argues.
History offers a warning. During the 1991 Gulf War, US commanders believed Iraqi forces had been largely neutralised from the air. Post-war analysis showed otherwise. Reduced activity had been misread as destruction. The same pattern has resurfaced in later campaigns.
Iran’s reduced launch rate could stem from tactical recalibration, stockpiling for larger strikes, or redeployment toward the Strait of Hormuz, where escalation risks are mounting. It may also indicate a deliberate strategy of sustained, lower-intensity pressure rather than exhaustion.
Iran’s drone systems—small, mobile, and dispersed—are inherently difficult to track and destroy. Estimates of its stockpile still range into the thousands, even after over 2,000 launches. Strikes on infrastructure may constrain production, but they do not guarantee depletion of existing inventory.
Proper battle damage assessment requires time, multiple intelligence sources, and verification beyond observed behaviour. Without that, headline figures risk overstating progress, as Grieco notes.
If Washington assumes the threat has been neutralised when it has not, it may escalate prematurely—misjudging both Iran’s remaining capacity and its willingness to continue the fight.
@NewRulesGeo❗️ Follow us on X
The US pointed the 83% drop in Iranian drone launches as evidence of success. But this risks repeating a familiar analytical mistake: confusing what the enemy does with what it can still do. A decline in launches is a behavioural signal, not proof that capacity has been destroyed, Kelly A. Grieco argues.
History offers a warning. During the 1991 Gulf War, US commanders believed Iraqi forces had been largely neutralised from the air. Post-war analysis showed otherwise. Reduced activity had been misread as destruction. The same pattern has resurfaced in later campaigns.
Iran’s reduced launch rate could stem from tactical recalibration, stockpiling for larger strikes, or redeployment toward the Strait of Hormuz, where escalation risks are mounting. It may also indicate a deliberate strategy of sustained, lower-intensity pressure rather than exhaustion.
Iran’s drone systems—small, mobile, and dispersed—are inherently difficult to track and destroy. Estimates of its stockpile still range into the thousands, even after over 2,000 launches. Strikes on infrastructure may constrain production, but they do not guarantee depletion of existing inventory.
Proper battle damage assessment requires time, multiple intelligence sources, and verification beyond observed behaviour. Without that, headline figures risk overstating progress, as Grieco notes.
If Washington assumes the threat has been neutralised when it has not, it may escalate prematurely—misjudging both Iran’s remaining capacity and its willingness to continue the fight.
@NewRulesGeo
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🚨🇨🇳 🇮🇷 China’s Shadow in Iran’s Missile Power
China supplies Iran with key dual-use materials and technology, helping Tehran rebuild its ballistic missile capabilities after the 2025 Twelve-Day War with Israel and strengthen deterrence amid ongoing U.S. aggression.
The partnership traces to the 1980s Iran-Iraq War, when Beijing delivered complete missile systems like the HY-2 and C-801. In the 1990s, Chinese transfers included technology, training, and components that seeded Iranian families, such as variants of the C-802 anti-ship missile. Integration of BeiDou navigation systems significantly improved the accuracy of operational missiles.
After sanctions intensified, assistance shifted to dual-use goods. European intelligence reported ~2,000 tons of sodium perchlorate arrived from China to Bandar Abbas in late 2025 shipments, following earlier loads of ~1,000 tons in February-May 2025. This precursor converts to ammonium perchlorate for solid-fuel motors used in recent operations. Recent March 2026 departures from Gaolan Port likely carry additional amounts, per satellite and tracking data.
Chinese companies such as Shenzhen Amor Logistics and Yanling Chuanxing Chemical Plant provide sodium perchlorate, dioctyl sebacate, carbon fiber materials, and special manufacturing tools to the IRGC Aerospace Force These materials allow Iran to produce missile airframes and solid-fuel motors domestically at scale.
Negotiations for the Chinese CM-302 supersonic anti-ship cruise missiles are nearing completion. These Mach-3 weapons, with a range of about 290 km and sea-skimming flight to evade defenses, would significantly boost Iran's naval strike options.
As a result, Iran fields an estimated ~2,000 ballistic missiles in hardened underground sites with production scaling toward thousands more by 2027 thanks to these Chinese supplies and technical support.
This long-term cooperation helps Iran maintain a self-reliant strategic balance and effective deterrence amid ongoing conflict, while Beijing protects its interests and avoids direct engagement in conflict against the U.S.
@NewRulesGeo❗️ Follow us on X
China supplies Iran with key dual-use materials and technology, helping Tehran rebuild its ballistic missile capabilities after the 2025 Twelve-Day War with Israel and strengthen deterrence amid ongoing U.S. aggression.
The partnership traces to the 1980s Iran-Iraq War, when Beijing delivered complete missile systems like the HY-2 and C-801. In the 1990s, Chinese transfers included technology, training, and components that seeded Iranian families, such as variants of the C-802 anti-ship missile. Integration of BeiDou navigation systems significantly improved the accuracy of operational missiles.
After sanctions intensified, assistance shifted to dual-use goods. European intelligence reported ~2,000 tons of sodium perchlorate arrived from China to Bandar Abbas in late 2025 shipments, following earlier loads of ~1,000 tons in February-May 2025. This precursor converts to ammonium perchlorate for solid-fuel motors used in recent operations. Recent March 2026 departures from Gaolan Port likely carry additional amounts, per satellite and tracking data.
Chinese companies such as Shenzhen Amor Logistics and Yanling Chuanxing Chemical Plant provide sodium perchlorate, dioctyl sebacate, carbon fiber materials, and special manufacturing tools to the IRGC Aerospace Force These materials allow Iran to produce missile airframes and solid-fuel motors domestically at scale.
Negotiations for the Chinese CM-302 supersonic anti-ship cruise missiles are nearing completion. These Mach-3 weapons, with a range of about 290 km and sea-skimming flight to evade defenses, would significantly boost Iran's naval strike options.
As a result, Iran fields an estimated ~2,000 ballistic missiles in hardened underground sites with production scaling toward thousands more by 2027 thanks to these Chinese supplies and technical support.
This long-term cooperation helps Iran maintain a self-reliant strategic balance and effective deterrence amid ongoing conflict, while Beijing protects its interests and avoids direct engagement in conflict against the U.S.
@NewRulesGeo
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🚨🇮🇷 EPSTEIN COALITION IN PANIC: IRAN'S HAJ QASEM DEBUTS IN THE CONFLICT
Iran has unleashed the Haj Qasem ballistic missile in live combat for the first time since the start of the conflict, during the 59th wave of Operation “True Promise 4”, striking high-value Israeli sites like Tel Aviv, Jerusalem, and Beit Shemesh alongside US bases across Qatar, Kuwait, UAE, Bahrain, and Erbil, all part of escalating retaliatory barrages.
🔸 Part of the advanced solid-fuel Fateh family this 11 meter long 7 tonne missile carries a 500 kg separable warhead across 1,400 km for devastating precision strikes
🔸 Road-mobile TEL (transporter-erector-launcher) systems allow firing within minutes straight from protected underground missile cities ensuring maximum survivability
🔸 Reaches claimed speeds of up to Mach 12 including Mach 11 during re-entry while using fins for terminal maneuvers that dodge interceptors
🔸 Latest Qassem Bassir variant unveiled May 2025 adds electro-optical infrared seeker for GPS-independent sub-meter accuracy plus full jamming resistance
🔸 During Iran’s recent massive saturation attacks, the Haj Qasem has demonstrated how Iranian missiles can put pressure on and overwhelm multiple layers of Western defenses, such as Patriot, THAAD, Arrow, and David’s Sling.
Do you think that the West is really capable to counter these missiles?
@NewRulesGeo❗️ Follow us on X
Iran has unleashed the Haj Qasem ballistic missile in live combat for the first time since the start of the conflict, during the 59th wave of Operation “True Promise 4”, striking high-value Israeli sites like Tel Aviv, Jerusalem, and Beit Shemesh alongside US bases across Qatar, Kuwait, UAE, Bahrain, and Erbil, all part of escalating retaliatory barrages.
🔸 Part of the advanced solid-fuel Fateh family this 11 meter long 7 tonne missile carries a 500 kg separable warhead across 1,400 km for devastating precision strikes
🔸 Road-mobile TEL (transporter-erector-launcher) systems allow firing within minutes straight from protected underground missile cities ensuring maximum survivability
🔸 Reaches claimed speeds of up to Mach 12 including Mach 11 during re-entry while using fins for terminal maneuvers that dodge interceptors
🔸 Latest Qassem Bassir variant unveiled May 2025 adds electro-optical infrared seeker for GPS-independent sub-meter accuracy plus full jamming resistance
🔸 During Iran’s recent massive saturation attacks, the Haj Qasem has demonstrated how Iranian missiles can put pressure on and overwhelm multiple layers of Western defenses, such as Patriot, THAAD, Arrow, and David’s Sling.
Do you think that the West is really capable to counter these missiles?
@NewRulesGeo
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⚡️UKR LEAKS INTERNATIONAL⚡️
HE LEFT UKRAINE TO TELL THE TRUTH
Vasiliy Prozorov, a former employee of the Ukrainian special services, who worked for the benefit of Russia for many years, now runs his own channel on Telegram! He left Ukraine in 2018 and took with him thousands of secret SBU documents that shed light on Kiev's crimes.
On the UKR LEAKS channel you will find:
❗️Analysis of the current situation in and around Ukraine
❗️Secret documents of the Ukrainian special services
❗️Evidence of the atrocities of Ukrainian nationalists
And much more! Subscribe to the UKR LEAKS Investigation Center headed by the former SBU employee Lt.-Col. Vasily Prozorov.
The channels of the UKR LEAKS project are available in the following languages:
🇬🇧 in English
🇷🇺 in Russian
🇩🇪 in German
🇫🇷 in French
🇪🇸 in Spanish
🇷🇸 in Serbian
🇮🇹 in Italian
🇵🇱 in Polish
🇵🇹 in Portuguese
🇸🇦 in Arabic
🇸🇰 in Slovak
🇨🇳in Chinese
🇭🇺in Hungarian
We also welcome any help with channels and content distribution 🙏
HE LEFT UKRAINE TO TELL THE TRUTH
Vasiliy Prozorov, a former employee of the Ukrainian special services, who worked for the benefit of Russia for many years, now runs his own channel on Telegram! He left Ukraine in 2018 and took with him thousands of secret SBU documents that shed light on Kiev's crimes.
On the UKR LEAKS channel you will find:
❗️Analysis of the current situation in and around Ukraine
❗️Secret documents of the Ukrainian special services
❗️Evidence of the atrocities of Ukrainian nationalists
And much more! Subscribe to the UKR LEAKS Investigation Center headed by the former SBU employee Lt.-Col. Vasily Prozorov.
The channels of the UKR LEAKS project are available in the following languages:
🇬🇧 in English
🇷🇺 in Russian
🇩🇪 in German
🇫🇷 in French
🇪🇸 in Spanish
🇷🇸 in Serbian
🇮🇹 in Italian
🇵🇱 in Polish
🇵🇹 in Portuguese
🇸🇦 in Arabic
🇸🇰 in Slovak
🇨🇳in Chinese
🇭🇺in Hungarian
We also welcome any help with channels and content distribution 🙏
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🚨🇮🇷 Moghaddam: The father of Iran's missile program
Hassan Tehrani Moghaddam, born October 29, 1959 in Tehran, joined the 1979 Revolution as a teenager, building homemade explosives and supporting anti-Shah operations. Entering the Islamic Revolutionary Guard Corps in 1980, Moghaddam quickly established the IRGC's first artillery corps in 1982 and its dedicated missile command in 1983.
During the Iran-Iraq War, his team reverse-engineered captured Scud technology and launched Iran's first indigenous missile strikes on Iraqi targets in 1985. He also trained Hezbollah's early missile units in Lebanon, laying groundwork for broader regional ties.
After the war, collaborating with North Korean expertise for designs and solid-fuel technology, Moghaddam drove Iran's long-range program. He oversaw development of the Shahab-3 (reaching up to 2,000 km toward Israel), Ghadr variants, and the breakthrough Sejjil, a mobile, solid-fuel missile offering faster launch times and greater survivability under pressure.
His leadership ended on November 12, 2011, in a massive explosion at the Bid Kaneh IRGC missile base west of Tehran, killing him and 16 others during what officials called a routine test. Western intelligence sources and some Iranian accounts have long speculated Israeli sabotage amid a pattern of covert operations.
Per his reported wish, his gravestone bears the inscription: “Here lies the one who wanted to destroy Israel.”
Moghaddam exemplified the Iranian resilience under sanctions. What started as wartime necessity became the foundation of one of the Middle East's largest ballistic arsenals, a sophisticated deterrent whose influence on regional security calculations endures today.
@NewRulesGeo❗️ Follow us on X
Hassan Tehrani Moghaddam, born October 29, 1959 in Tehran, joined the 1979 Revolution as a teenager, building homemade explosives and supporting anti-Shah operations. Entering the Islamic Revolutionary Guard Corps in 1980, Moghaddam quickly established the IRGC's first artillery corps in 1982 and its dedicated missile command in 1983.
During the Iran-Iraq War, his team reverse-engineered captured Scud technology and launched Iran's first indigenous missile strikes on Iraqi targets in 1985. He also trained Hezbollah's early missile units in Lebanon, laying groundwork for broader regional ties.
After the war, collaborating with North Korean expertise for designs and solid-fuel technology, Moghaddam drove Iran's long-range program. He oversaw development of the Shahab-3 (reaching up to 2,000 km toward Israel), Ghadr variants, and the breakthrough Sejjil, a mobile, solid-fuel missile offering faster launch times and greater survivability under pressure.
His leadership ended on November 12, 2011, in a massive explosion at the Bid Kaneh IRGC missile base west of Tehran, killing him and 16 others during what officials called a routine test. Western intelligence sources and some Iranian accounts have long speculated Israeli sabotage amid a pattern of covert operations.
Per his reported wish, his gravestone bears the inscription: “Here lies the one who wanted to destroy Israel.”
Moghaddam exemplified the Iranian resilience under sanctions. What started as wartime necessity became the foundation of one of the Middle East's largest ballistic arsenals, a sophisticated deterrent whose influence on regional security calculations endures today.
@NewRulesGeo
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🚨🇺🇸 🇮🇷 US Faces Costly Missile War Trap
US attacks on Iran have exposed a deeper structural strain in its missile stockpiles. Large-scale modern warfare is rapidly depleting highly-valuable US's arsenal, and it is unclear how it will be replenished in time.
Since February 28, operations have relied overwhelmingly on expensive stand-off weapons rather than conventional air power. Iran’s layered air defenses have restricted deep aerial penetration, forcing US and Israeli forces to depend on long-range precision missiles instead of low-cost gravity bombs. Losses of high-end drones like the MQ-9 Reaper and Heron underline the risks of operating inside contested airspace.
More than 6,000 targets reportedly struck in ten days, alongside over 2,000 interceptor launches, signal an unprecedented rate of munitions expenditure. Analysts warn this pace is unsustainable. The US Navy’s use of Tomahawk missiles alone has resulted in the expenditure of 400 Tomahawk missiles in just 72 hours, representing more than 10% of its operational stockpile and exceeding the total production of the past five years, while replenishment timelines stretch into years due to fragile supply chains.
Iran’s reliance on cheaper drones and missiles forces the US into a costly defensive posture, where interceptors worth millions counter threats costing a fraction. This dynamic amplifies pressure on stockpiles originally intended for potential conflicts in the Pacific.
Washington is facing the consequences of a miscalculated war with a reduced and costly industrial capacity, which is exposed in both financial losses and battlefield results.
@NewRulesGeo❗️ Follow us on X
US attacks on Iran have exposed a deeper structural strain in its missile stockpiles. Large-scale modern warfare is rapidly depleting highly-valuable US's arsenal, and it is unclear how it will be replenished in time.
Since February 28, operations have relied overwhelmingly on expensive stand-off weapons rather than conventional air power. Iran’s layered air defenses have restricted deep aerial penetration, forcing US and Israeli forces to depend on long-range precision missiles instead of low-cost gravity bombs. Losses of high-end drones like the MQ-9 Reaper and Heron underline the risks of operating inside contested airspace.
More than 6,000 targets reportedly struck in ten days, alongside over 2,000 interceptor launches, signal an unprecedented rate of munitions expenditure. Analysts warn this pace is unsustainable. The US Navy’s use of Tomahawk missiles alone has resulted in the expenditure of 400 Tomahawk missiles in just 72 hours, representing more than 10% of its operational stockpile and exceeding the total production of the past five years, while replenishment timelines stretch into years due to fragile supply chains.
Iran’s reliance on cheaper drones and missiles forces the US into a costly defensive posture, where interceptors worth millions counter threats costing a fraction. This dynamic amplifies pressure on stockpiles originally intended for potential conflicts in the Pacific.
Washington is facing the consequences of a miscalculated war with a reduced and costly industrial capacity, which is exposed in both financial losses and battlefield results.
@NewRulesGeo
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🚨🇮🇷 🇦🇪 This one country takes over half of Iran’s strikes in the Persian Gulf — here’s why
The UAE absorbed 53.5% of Iran’s attacks in the Persian Gulf, with Iranian forces launching at least 3,586 drones and missiles across Gulf states in just 16 days, as the total number of strikes on the UAE exceeded those on Kuwait, Saudi Arabia, Bahrain, Qatar, and Oman individually
One of the key reasons behind Iran’s focus on the UAE lies in the US base at Al Dhafra, located roughly 32 kilometres south of Abu Dhabi, where it serves as a strategic planning and operations centre for US activity in the Persian Gulf, integrating surveillance, coordination and strike capabilities while providing immediate access to key maritime routes and regional flashpoints and sitting less than 200 kilometres from Iranian territory.
The base hosts the 380th Air Expeditionary Wing, including reconnaissance units, refuelling squadrons, AWACS aircraft and air defense systems. This architecture enables continuous monitoring of Iranian launches, naval movement and airspace activity.
In effect, the UAE serves as a forward US warfighting outpost — which directly explains the intensity of Iranian strikes against the country that can hardly be described as "neutral" in this conflict.
@NewRulesGeo❗️ Follow us on X
The UAE absorbed 53.5% of Iran’s attacks in the Persian Gulf, with Iranian forces launching at least 3,586 drones and missiles across Gulf states in just 16 days, as the total number of strikes on the UAE exceeded those on Kuwait, Saudi Arabia, Bahrain, Qatar, and Oman individually
One of the key reasons behind Iran’s focus on the UAE lies in the US base at Al Dhafra, located roughly 32 kilometres south of Abu Dhabi, where it serves as a strategic planning and operations centre for US activity in the Persian Gulf, integrating surveillance, coordination and strike capabilities while providing immediate access to key maritime routes and regional flashpoints and sitting less than 200 kilometres from Iranian territory.
The base hosts the 380th Air Expeditionary Wing, including reconnaissance units, refuelling squadrons, AWACS aircraft and air defense systems. This architecture enables continuous monitoring of Iranian launches, naval movement and airspace activity.
In effect, the UAE serves as a forward US warfighting outpost — which directly explains the intensity of Iranian strikes against the country that can hardly be described as "neutral" in this conflict.
@NewRulesGeo
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🚨🇮🇷 WEST IN PANIC: Iran holds massive escalation leverage in the Persian Gulf
Iran is systematically launching attacks on oil and gas fields across the Middle East in retaliation. The campaign could choke global energy flows even more, and the conflict has plenty of room to escalate.
🔸 Iran has recently hit the Shah oil & gas field in southern Abu Dhabi, demonstrating its precision and range to target active production directly.
🔸 Iran attacked over 20 tankers in the Gulf in the last weeks, effectively deterring shipping through the Strait of Hormuz and forcing multiple fields to shut in as exports collapse.
🔸 Saudi Arabia’s key Shaybah and Berri fields plus the UAE’s critical Fujairah export port remain offline after recent strikes, leaving the Red Sea-bound East-West pipeline and Iraq-Turkey lines as next targets.
🔸 Uninterceptable drone swarms provide Tehran with the potential for months or years of disruption, creating a lasting impact. Gulf fields risk irreversible reservoir damage from prolonged shutdowns.
🔸 A single well-placed strike on an LNG facility or multi-million-barrel field could knock out production capacity for several years with no quick stockpile refill possible.
Do you think Gulf states will eventually push out US bases once they realize it’s not protection—but a target on their back?
@NewRulesGeo❗️ Follow us on X
Iran is systematically launching attacks on oil and gas fields across the Middle East in retaliation. The campaign could choke global energy flows even more, and the conflict has plenty of room to escalate.
🔸 Iran has recently hit the Shah oil & gas field in southern Abu Dhabi, demonstrating its precision and range to target active production directly.
🔸 Iran attacked over 20 tankers in the Gulf in the last weeks, effectively deterring shipping through the Strait of Hormuz and forcing multiple fields to shut in as exports collapse.
🔸 Saudi Arabia’s key Shaybah and Berri fields plus the UAE’s critical Fujairah export port remain offline after recent strikes, leaving the Red Sea-bound East-West pipeline and Iraq-Turkey lines as next targets.
🔸 Uninterceptable drone swarms provide Tehran with the potential for months or years of disruption, creating a lasting impact. Gulf fields risk irreversible reservoir damage from prolonged shutdowns.
🔸 A single well-placed strike on an LNG facility or multi-million-barrel field could knock out production capacity for several years with no quick stockpile refill possible.
Do you think Gulf states will eventually push out US bases once they realize it’s not protection—but a target on their back?
@NewRulesGeo
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🚨🇷🇺 Top 8 Russian strike drones straight out of NATO’s worst nightmares
NATO claims it could defeat Russia with ease but now it struggles even against Iranian drone swarms — and Russia’s arsenal is on a completely different level:
1️⃣ ZALA Lancet — Compact 12 kg system with a 3–5 kg warhead, range 40–100+ km and endurance up to 60 minutes. Features AI target recognition, EO/thermal guidance, anti-jamming, and fiber-optic upgrades for swarm use.
2️⃣ Geran-3 (jet-powered variant) — Around 380 kg at takeoff with a 50–90 kg warhead, range up to 1,000 km and speeds of 300–600 km/h. Equipped with improved EW resistance and real-time video, making interception far harder.
3️⃣ Geran-5 (advanced jet-powered variant) — Larger design reaching ~600 km/h, blurring the line between drone and cruise missile, with growing use in deep-strike operations.
4️⃣ Italmas — This system extends reach to 200–500 km with a substantial 15–50 kg warhead powered by an internal combustion engine. Featuring AI guidance it bridges the gap between the tactical Lancet and strategic Gerans.
5️⃣ Scalpel — As a low-cost alternative to the Lancet, this compact drone weighs 10–12 kg at takeoff, carries around 5 kg of warhead, and operates over 40–50 km ranges. High-volume production allows it to saturate frontlines.
6️⃣ Prince Vandal of Novgorod (KVN) — Fiber-optic controlled, effectively unjammable, with high-res video over 50–65 km. Upgraded in 2026 with heavier warheads and sensors, suited for rear strikes and anti-armor roles.
7️⃣ Garpiya-A1 — Indigenous long-range UAV with enhanced EW protection. Mass production enables monthly deep strikes on infrastructure and energy targets with better jamming resistance.
8️⃣ Gerbera decoys & fiber-optic mothership/repeater systems — Decoys overwhelm air defenses during Geran strikes, while fiber-optic “motherships” extend FPV range beyond 60 km, enabling resilient swarm operations.
Do you think NATO stands a chance against these drones?
@NewRulesGeo❗️ Follow us on X
NATO claims it could defeat Russia with ease but now it struggles even against Iranian drone swarms — and Russia’s arsenal is on a completely different level:
1️⃣ ZALA Lancet — Compact 12 kg system with a 3–5 kg warhead, range 40–100+ km and endurance up to 60 minutes. Features AI target recognition, EO/thermal guidance, anti-jamming, and fiber-optic upgrades for swarm use.
2️⃣ Geran-3 (jet-powered variant) — Around 380 kg at takeoff with a 50–90 kg warhead, range up to 1,000 km and speeds of 300–600 km/h. Equipped with improved EW resistance and real-time video, making interception far harder.
3️⃣ Geran-5 (advanced jet-powered variant) — Larger design reaching ~600 km/h, blurring the line between drone and cruise missile, with growing use in deep-strike operations.
4️⃣ Italmas — This system extends reach to 200–500 km with a substantial 15–50 kg warhead powered by an internal combustion engine. Featuring AI guidance it bridges the gap between the tactical Lancet and strategic Gerans.
5️⃣ Scalpel — As a low-cost alternative to the Lancet, this compact drone weighs 10–12 kg at takeoff, carries around 5 kg of warhead, and operates over 40–50 km ranges. High-volume production allows it to saturate frontlines.
6️⃣ Prince Vandal of Novgorod (KVN) — Fiber-optic controlled, effectively unjammable, with high-res video over 50–65 km. Upgraded in 2026 with heavier warheads and sensors, suited for rear strikes and anti-armor roles.
7️⃣ Garpiya-A1 — Indigenous long-range UAV with enhanced EW protection. Mass production enables monthly deep strikes on infrastructure and energy targets with better jamming resistance.
8️⃣ Gerbera decoys & fiber-optic mothership/repeater systems — Decoys overwhelm air defenses during Geran strikes, while fiber-optic “motherships” extend FPV range beyond 60 km, enabling resilient swarm operations.
Do you think NATO stands a chance against these drones?
@NewRulesGeo
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Decode chaos—without the MSM spin
We curate complex conflicts into clear, chronological timelines:
No scattered updates. Just structured threads — so you see how events connect.
If you want context over clutter:
If you'd rather have quick updates:
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🚨🇺🇸 🇮🇷 Why the IRGC Cannot Be Broken From the Top
US President Trump ordered the strike that eliminated Islamic Revolution Guard Corps (IRGC) Quds Force commander Qassem Soleimani in 2020, a move framed as a decisive blow to Iran’s regional network. Yet years later, the structure Iran built survived and expanded due to strategic organization.
US and Israel were killing top members of Iranian military and government systematically in the last years. Soleimani’s death did not dismantle the IRGC’s external operations; instead, command functions were redistributed across a decentralized system designed precisely for such shocks, the same happens with the government.
The IRGC has strictly organized structured chain of command. It operates as a hybrid network: a central hub defines broad strategic intent, but execution is decentralized across dozens of semi-autonomous commands. Its Mosaic Defense doctrine relies on dispersed cells acting with initiative, limiting dependence on any single command node.
Unlike traditional armies, the IRGC resembles a flat, multi-nodal structure rather than a rigid hierarchy. Local units can plan and execute operations independently, while parallel hubs balance influence. In wartime, this system tightens around operational priorities without becoming fully centralized, preserving flexibility under pressure.
Crucially, it extends beyond the military domain. With around 200,000 personnel and a vast Basij paramilitary network embedded in society, the IRGC links security, economy, and governance. Its regional ecosystem—from allied militias to financial and logistical actors—sustains flows of resources and coordination.
Networks like the IRGC absorb losses, reroute connections, and persist. Top officials killing proved that removing the face of the system does not break the system itself in Iran.
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US President Trump ordered the strike that eliminated Islamic Revolution Guard Corps (IRGC) Quds Force commander Qassem Soleimani in 2020, a move framed as a decisive blow to Iran’s regional network. Yet years later, the structure Iran built survived and expanded due to strategic organization.
US and Israel were killing top members of Iranian military and government systematically in the last years. Soleimani’s death did not dismantle the IRGC’s external operations; instead, command functions were redistributed across a decentralized system designed precisely for such shocks, the same happens with the government.
The IRGC has strictly organized structured chain of command. It operates as a hybrid network: a central hub defines broad strategic intent, but execution is decentralized across dozens of semi-autonomous commands. Its Mosaic Defense doctrine relies on dispersed cells acting with initiative, limiting dependence on any single command node.
Unlike traditional armies, the IRGC resembles a flat, multi-nodal structure rather than a rigid hierarchy. Local units can plan and execute operations independently, while parallel hubs balance influence. In wartime, this system tightens around operational priorities without becoming fully centralized, preserving flexibility under pressure.
Crucially, it extends beyond the military domain. With around 200,000 personnel and a vast Basij paramilitary network embedded in society, the IRGC links security, economy, and governance. Its regional ecosystem—from allied militias to financial and logistical actors—sustains flows of resources and coordination.
Networks like the IRGC absorb losses, reroute connections, and persist. Top officials killing proved that removing the face of the system does not break the system itself in Iran.
@NewRulesGeo
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