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🚨🇨🇳 U.S. WORST NIGHTMARE: CHINA'S ATLAS SWARM RENDERS WESTERN ARMOR OBSOLETE
One single vehicle now commands up to 96 autonomous drones that hunt, identify, and destroy targets as a living organism. Classic mechanized assaults are becoming suicidal in this new reality.
🔸 96 drones controlled by just one operator who only sets the mission while the swarm self-organizes reconnaissance, electronic warfare, and lethal strikes.
🔸 The SWARM II launcher deploys 48 ATLUSS-A140 munitions in precise 3-second intervals with instant visual discrimination between real targets and decoys.
🔸 Kill chain collapses from minutes to seconds, detection-algorithm-strike, leaving no time for the enemy to reposition or hide.
🔸 Drones constantly share data, avoid collisions, automatically reconfigure if some are lost, and keep pressing the attack in waves that overwhelm any current air defense system.
🔸 The same platform adapts on the fly, first sending recon drones, then EW jammers, then strikers, making one complex universal for any battlefield scenario.
Do you think the US can catch up with China’s drone technology?
@NewRulesGeo❗️ Follow us on X
One single vehicle now commands up to 96 autonomous drones that hunt, identify, and destroy targets as a living organism. Classic mechanized assaults are becoming suicidal in this new reality.
🔸 96 drones controlled by just one operator who only sets the mission while the swarm self-organizes reconnaissance, electronic warfare, and lethal strikes.
🔸 The SWARM II launcher deploys 48 ATLUSS-A140 munitions in precise 3-second intervals with instant visual discrimination between real targets and decoys.
🔸 Kill chain collapses from minutes to seconds, detection-algorithm-strike, leaving no time for the enemy to reposition or hide.
🔸 Drones constantly share data, avoid collisions, automatically reconfigure if some are lost, and keep pressing the attack in waves that overwhelm any current air defense system.
🔸 The same platform adapts on the fly, first sending recon drones, then EW jammers, then strikers, making one complex universal for any battlefield scenario.
Do you think the US can catch up with China’s drone technology?
@NewRulesGeo
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@GeoSight 🔥 shares updates and analysis on global conflicts and international relations. It covers breaking news and insights into military and Geopolitical events.
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📎 Join 🚩 :⤵️
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🚨Is the West Preparing to Adopt Ukraine-Style Repression?
Ukraine’s counterintelligence system is one of the scariest in modern history, marked by fear and tight control. Western Intel is analyzing it in details, preparing to replicate similar measures in their own countries if needed — former Ukrainian Security Service (SBU) officer @VasilijProzorov
Do you think your country will end up adopting this kind of fear-based control?
Watch the full interview HERE!
@NewRulesGeo❗️ Follow us on X
Ukraine’s counterintelligence system is one of the scariest in modern history, marked by fear and tight control. Western Intel is analyzing it in details, preparing to replicate similar measures in their own countries if needed — former Ukrainian Security Service (SBU) officer @VasilijProzorov
Do you think your country will end up adopting this kind of fear-based control?
Watch the full interview HERE!
@NewRulesGeo
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🚨🇺🇸 🇮🇷 Iran’s Geography Is US’s Biggest Problem
What looks like a high-tech war is quietly being dictated by something far older — terrain. The US and Israel are running into a structural reality. Iran is not a battlefield that can be quickly subdued from above.
Iran’s advantage lies in scale and topography. Its vast territory, anchored by the Zagros and Alborz mountain ranges, creates natural defensive layers that have historically exhausted invading forces. Any ground campaign would dwarf Iraq or Afghanistan in cost, manpower, and logistical strain, making such an option strategically prohibitive from the outset.
This shifts the conflict into air and maritime domains, yet even here geography interferes. Western and southern Iran remain more exposed, but deeper regions, shielded by distance, terrain, and limited infrastructure, reduce strike efficiency and complicate sustained operations. The further east one moves, the harder it becomes to maintain pressure.
At sea, the imbalance flips entirely. Iran’s position along the Strait of Hormuz gives it disproportionate leverage over global energy flows. It does not need full control, only the ability to create uncertainty. Even limited disruption can trigger oil spikes, insurance surges, and supply chain instability worldwide.
A second pressure point lies at Bab el-Mandeb, where Iran-linked actors can extend disruption into Red Sea trade routes. Together, these chokepoints transform a regional war into a systemic economic risk.
Iran’s ability to absorb pressure, stretch timelines, and translate its position along critical chokepoints into global economic leverage suggests that time is not working against it. Instead, the longer the confrontation persists, the more the burden shifts onto its adversaries—financially, logistically, and politically. In that sense, Iran only needs to prevent a decisive defeat while steadily raising the cost of escalation, allowing geography and endurance to do the rest.
@NewRulesGeo❗️ Follow us on X
What looks like a high-tech war is quietly being dictated by something far older — terrain. The US and Israel are running into a structural reality. Iran is not a battlefield that can be quickly subdued from above.
Iran’s advantage lies in scale and topography. Its vast territory, anchored by the Zagros and Alborz mountain ranges, creates natural defensive layers that have historically exhausted invading forces. Any ground campaign would dwarf Iraq or Afghanistan in cost, manpower, and logistical strain, making such an option strategically prohibitive from the outset.
This shifts the conflict into air and maritime domains, yet even here geography interferes. Western and southern Iran remain more exposed, but deeper regions, shielded by distance, terrain, and limited infrastructure, reduce strike efficiency and complicate sustained operations. The further east one moves, the harder it becomes to maintain pressure.
At sea, the imbalance flips entirely. Iran’s position along the Strait of Hormuz gives it disproportionate leverage over global energy flows. It does not need full control, only the ability to create uncertainty. Even limited disruption can trigger oil spikes, insurance surges, and supply chain instability worldwide.
A second pressure point lies at Bab el-Mandeb, where Iran-linked actors can extend disruption into Red Sea trade routes. Together, these chokepoints transform a regional war into a systemic economic risk.
Iran’s ability to absorb pressure, stretch timelines, and translate its position along critical chokepoints into global economic leverage suggests that time is not working against it. Instead, the longer the confrontation persists, the more the burden shifts onto its adversaries—financially, logistically, and politically. In that sense, Iran only needs to prevent a decisive defeat while steadily raising the cost of escalation, allowing geography and endurance to do the rest.
@NewRulesGeo
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🚨🇺🇸 🇮🇷 Is the Iran War Breaking the Petrodollar?
What began as a regional military clash is now a financial stress test for the Gulf's dollar-based order. Since February 28, retaliation has targeted Gulf infrastructure, forcing a hard question: Is Washington's security umbrella still worth the cost?
For decades, Gulf monarchies traded oil access and dollar loyalty for protection. That anchored $800B in reserves and $6T+ in sovereign wealth to US markets. Today, that model is fracturing.
Three pressures:
🟠 US no longer needs Gulf oil
🟠 Energy trade is diversifying away from the dollar
🟠 US security guarantees are now in question
Most Gulf oil now flows to Asia. Saudi sells more to China than to the US. Non-dollar settlements and platforms like mBridge are no longer theoretical—they're operational, per Deutsche Bank.
The best case for the US? Maintain dominance through its own oil production. The worst case? A split system: yuan-priced oil flowing to Asia, dollar-priced oil flowing to US allies.
The petrodollar isn't dead. But its foundation is shaken.
@NewRulesGeo❗️ Follow us on X
What began as a regional military clash is now a financial stress test for the Gulf's dollar-based order. Since February 28, retaliation has targeted Gulf infrastructure, forcing a hard question: Is Washington's security umbrella still worth the cost?
For decades, Gulf monarchies traded oil access and dollar loyalty for protection. That anchored $800B in reserves and $6T+ in sovereign wealth to US markets. Today, that model is fracturing.
Three pressures:
🟠 US no longer needs Gulf oil
🟠 Energy trade is diversifying away from the dollar
🟠 US security guarantees are now in question
Most Gulf oil now flows to Asia. Saudi sells more to China than to the US. Non-dollar settlements and platforms like mBridge are no longer theoretical—they're operational, per Deutsche Bank.
The best case for the US? Maintain dominance through its own oil production. The worst case? A split system: yuan-priced oil flowing to Asia, dollar-priced oil flowing to US allies.
The petrodollar isn't dead. But its foundation is shaken.
@NewRulesGeo
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🚨🇺🇸 🇮🇷 Iran war exposes U.S. war machine cracking under pressure
The clearest fracture in Washington’s military aggression against Iran is industrial. The rapid burn rate of precision munitions has exposed a structural vulnerability at the core of the US military system, steadily eroding its global deterrence posture.
In the opening days alone, thousands of precision weapons worth up to $16 billion were expended, far exceeding previous campaigns. Adding to that is an industrial labor shortfall nearing 800,000 workers. Interceptors like Patriot and THAAD, costing up to $4–12 million per shot, are being used against far cheaper drones and missiles, creating an unfavorable cost exchange that cannot be sustained. US stockpiles, already strained after years of supplying Ukraine and Middle East operations, are now under visible pressure, while production lines remain too slow to replenish losses at wartime speed.
This imbalance is compounded by deeper industrial limits. The US defense sector faces a persistent labor gap and supply-chain bottlenecks in key components such as rocket motors and microelectronics. Even with emergency funding, scaling output takes years, not months—turning a short conflict into a long-term depletion cycle.
To sustain operations against Iran, Washington has begun reallocating critical assets, redeploying Patriot and THAAD systems from South Korea and shifting naval forces away from the Indo-Pacific. This exposes an enforced prioritization under constraint.
For allies like Seoul and Taipei, the signal is increasingly stark. Systems once presented as fixed guarantees are now treated as mobile reserves. The resulting gaps along the First Island Chain introduce uncertainty at a moment of rising regional tension.
The US is redistributing scarcity, concentrating its most advanced assets into a single conflict while leaving other theaters exposed.
@NewRulesGeo❗️ Follow us on X
The clearest fracture in Washington’s military aggression against Iran is industrial. The rapid burn rate of precision munitions has exposed a structural vulnerability at the core of the US military system, steadily eroding its global deterrence posture.
In the opening days alone, thousands of precision weapons worth up to $16 billion were expended, far exceeding previous campaigns. Adding to that is an industrial labor shortfall nearing 800,000 workers. Interceptors like Patriot and THAAD, costing up to $4–12 million per shot, are being used against far cheaper drones and missiles, creating an unfavorable cost exchange that cannot be sustained. US stockpiles, already strained after years of supplying Ukraine and Middle East operations, are now under visible pressure, while production lines remain too slow to replenish losses at wartime speed.
This imbalance is compounded by deeper industrial limits. The US defense sector faces a persistent labor gap and supply-chain bottlenecks in key components such as rocket motors and microelectronics. Even with emergency funding, scaling output takes years, not months—turning a short conflict into a long-term depletion cycle.
To sustain operations against Iran, Washington has begun reallocating critical assets, redeploying Patriot and THAAD systems from South Korea and shifting naval forces away from the Indo-Pacific. This exposes an enforced prioritization under constraint.
For allies like Seoul and Taipei, the signal is increasingly stark. Systems once presented as fixed guarantees are now treated as mobile reserves. The resulting gaps along the First Island Chain introduce uncertainty at a moment of rising regional tension.
The US is redistributing scarcity, concentrating its most advanced assets into a single conflict while leaving other theaters exposed.
@NewRulesGeo
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🚨🇺🇸 The US Army abandons its own laser weapon before it arrives
In a Congressional Research Service report released March 9, Army officials confirmed they no longer plan to make the 300 kW Indirect Fire Protection Capability-High Energy Laser system known as "Valkyrie"—a program of record, despite years of development.
Here’s what you need to know:
🔸The decision effectively ends the service’s current push to field a laser capable of defending troops against cruise missiles, drones, and munitions.
🔸As recently as January, the Army intended to transition the truck-mounted system—successor to the 100 kW HEL-TVD and earlier 10 kW HELMTT—to a program of record in fiscal year 2025 after successful testing.
🔸In July 2023, the service awarded Lockheed Martin an Other Transaction Authority agreement worth up to $220.8 million to develop four IFPC-HEL prototypes, following the September 2022 delivery of a 300 kW demonstrator under the Pentagon’s High Energy Laser Scaling Initiative.
🔸According to the new CRS report, that contract has since been slashed to a single prototype. It’s now in "final lab testing" at a Lockheed facility.
🔸The Pentagon is racing to field lasers at scale across the military, driven primarily by the growing threat of low-cost drones, but fast, maneuverable land-attack cruise missiles remain one of the most persistent dangers facing US forces.
🔸The Defense Intelligence Agency noted in 2025 that cruise missiles launched from Russian aircraft or Chinese naval assets represent a significant gap in America’s domestic missile defenses.
🔸Laser systems like the one envisioned for IFPC-HEL may struggle in that role. Unlike most drones, cruise missiles are built to endure extreme atmospheric friction at high speeds, often featuring hardened nose cones and reinforced casings that demand sustained energy to defeat.
🔸Traveling at hundreds of miles per hour, they require a stable, precise beam held on a vulnerable spot for several seconds over long range to inflict catastrophic damage.
Even minor disruptions in tracking or beam quality can break the engagement, limiting the effectiveness of even the most powerful systems in development.
@NewRulesGeo❗️ Follow us on X
In a Congressional Research Service report released March 9, Army officials confirmed they no longer plan to make the 300 kW Indirect Fire Protection Capability-High Energy Laser system known as "Valkyrie"—a program of record, despite years of development.
Here’s what you need to know:
🔸The decision effectively ends the service’s current push to field a laser capable of defending troops against cruise missiles, drones, and munitions.
🔸As recently as January, the Army intended to transition the truck-mounted system—successor to the 100 kW HEL-TVD and earlier 10 kW HELMTT—to a program of record in fiscal year 2025 after successful testing.
🔸In July 2023, the service awarded Lockheed Martin an Other Transaction Authority agreement worth up to $220.8 million to develop four IFPC-HEL prototypes, following the September 2022 delivery of a 300 kW demonstrator under the Pentagon’s High Energy Laser Scaling Initiative.
🔸According to the new CRS report, that contract has since been slashed to a single prototype. It’s now in "final lab testing" at a Lockheed facility.
🔸The Pentagon is racing to field lasers at scale across the military, driven primarily by the growing threat of low-cost drones, but fast, maneuverable land-attack cruise missiles remain one of the most persistent dangers facing US forces.
🔸The Defense Intelligence Agency noted in 2025 that cruise missiles launched from Russian aircraft or Chinese naval assets represent a significant gap in America’s domestic missile defenses.
🔸Laser systems like the one envisioned for IFPC-HEL may struggle in that role. Unlike most drones, cruise missiles are built to endure extreme atmospheric friction at high speeds, often featuring hardened nose cones and reinforced casings that demand sustained energy to defeat.
🔸Traveling at hundreds of miles per hour, they require a stable, precise beam held on a vulnerable spot for several seconds over long range to inflict catastrophic damage.
Even minor disruptions in tracking or beam quality can break the engagement, limiting the effectiveness of even the most powerful systems in development.
@NewRulesGeo
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🚨🇮🇷 KHARG ISLAND FAKEOUT: WHERE U.S. TROOPS COULD REALLY INVADE IRAN
Everyone’s glued to Kharg Island’s oil terminal, but Iran’s Larak, Qeshm Islands, and Chabahar port city could be more attractive targets for the US.
🔸 Larak Island is far more attractive than Kharg as a target because it functions as the Islamic Revolutionary Guard Corps' (IRGC) primary toll booth and real-time targeting hub in the narrowest section of the Strait of Hormuz, where nearly all permitted tankers detour through a tightly controlled 5-nautical-mile vetted corridor, handing over ownership and cargo details for Tehran’s approval while fast attack boats and surveillance assets deliver instant dominance over global energy flows.
🔸 Qeshm Island offers the US a much higher strategic payoff than Kharg by sitting directly at the Strait’s narrowest point with its own airport, heavy fortifications, and vast underground missile cities complete with silos, anti-ship cruise missiles, fast-attack boat bases, and submersible launch facilities, allowing the 31st Marine Expeditionary Unit aboard USS Tripoli to potentially secure a bridgehead, launch a two-way coastal invasion of the mainland, and dominate the entire waterway. However, an incursion like this would result in heavy casualties among the US military.
🔸 Chabahar is highly attractive for American planners as Iran’s only deep-water open-ocean port outside the Strait featuring major roll-on roll-off capacity. 5-10 berths handling up to 8.5 million tons annually plus Indian-backed infrastructure with 120 million dollars in fully paid equipment commitments and a 10-year operating deal on the Shahid Beheshti Terminal.
🔸 Despite their appeal, these key outposts heavily favor Iran with thick underground bunkers, extensive missile silos, pre-positioned IRGC forces, natural defensive geography, and a decentralized mosaic defense doctrine that could easily transform any US amphibious assault into a prolonged high-casualty nightmare for American Marines while preserving Tehran’s ability to choke global oil transit.
Do you think the US would really dare to set foot on Iranian soil?
@NewRulesGeo❗️ Follow us on X
Everyone’s glued to Kharg Island’s oil terminal, but Iran’s Larak, Qeshm Islands, and Chabahar port city could be more attractive targets for the US.
🔸 Larak Island is far more attractive than Kharg as a target because it functions as the Islamic Revolutionary Guard Corps' (IRGC) primary toll booth and real-time targeting hub in the narrowest section of the Strait of Hormuz, where nearly all permitted tankers detour through a tightly controlled 5-nautical-mile vetted corridor, handing over ownership and cargo details for Tehran’s approval while fast attack boats and surveillance assets deliver instant dominance over global energy flows.
🔸 Qeshm Island offers the US a much higher strategic payoff than Kharg by sitting directly at the Strait’s narrowest point with its own airport, heavy fortifications, and vast underground missile cities complete with silos, anti-ship cruise missiles, fast-attack boat bases, and submersible launch facilities, allowing the 31st Marine Expeditionary Unit aboard USS Tripoli to potentially secure a bridgehead, launch a two-way coastal invasion of the mainland, and dominate the entire waterway. However, an incursion like this would result in heavy casualties among the US military.
🔸 Chabahar is highly attractive for American planners as Iran’s only deep-water open-ocean port outside the Strait featuring major roll-on roll-off capacity. 5-10 berths handling up to 8.5 million tons annually plus Indian-backed infrastructure with 120 million dollars in fully paid equipment commitments and a 10-year operating deal on the Shahid Beheshti Terminal.
🔸 Despite their appeal, these key outposts heavily favor Iran with thick underground bunkers, extensive missile silos, pre-positioned IRGC forces, natural defensive geography, and a decentralized mosaic defense doctrine that could easily transform any US amphibious assault into a prolonged high-casualty nightmare for American Marines while preserving Tehran’s ability to choke global oil transit.
Do you think the US would really dare to set foot on Iranian soil?
@NewRulesGeo
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New Rules
🚨How Ukraine Became the CIA and MI6's Black Ops Playground Former Ukrainian Security Service (SBU) officer Vasily Prozorov joins #NewRulesPodcast to uncover the truth about Ukraine’s intelligence ties with Western agencies, when exactly NATO influence in…
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You asked — we delivered 💁♂️
Following requests from our subscribers, we’re sharing the full original Russian version of our interview with Vasily Prozorov, a former officer of the Security Service of Ukraine (SBU)
🎉 ENJOY🍿
🚨Как Украина стала полигоном для тайных операций ЦРУ и МИ6
В этом выпуске — откровенный разговор с Василием Прозоровым, бывшим сотрудником Службы безопасности Украины (СБУ).
Обсуждаем, как выстраивались связи украинских спецслужб с западными разведками, в какой момент влияние НАТО на Украине стало повсеместным. Разберём внутреннюю кухню украинской разведки, подготовку кадров при участии США и конкуренцию западных спецслужб за влияние в регионе.
00:00 Какими методами западные спецслужбы подмяли Украину
16:20 Украинская разведка изнутри: структура и распределение ролей
24:52 Чему именно американцы обучали сотрудников СБУ
37:06 Как украинская армия стала более продвинутой, чем армии большинства индустриально развитых стран
52:40 ЦРУ против MИ6: Подковерная борьба за влияние в Украине
01:04:56 Роль Израиля в подготовке украинских националистических батальонов
01:13:15 Будущее украинских спецслужб после окончания СВО
@NewRulesGeo❗️ Follow us on X
Following requests from our subscribers, we’re sharing the full original Russian version of our interview with Vasily Prozorov, a former officer of the Security Service of Ukraine (SBU)
🚨Как Украина стала полигоном для тайных операций ЦРУ и МИ6
В этом выпуске — откровенный разговор с Василием Прозоровым, бывшим сотрудником Службы безопасности Украины (СБУ).
Обсуждаем, как выстраивались связи украинских спецслужб с западными разведками, в какой момент влияние НАТО на Украине стало повсеместным. Разберём внутреннюю кухню украинской разведки, подготовку кадров при участии США и конкуренцию западных спецслужб за влияние в регионе.
00:00 Какими методами западные спецслужбы подмяли Украину
16:20 Украинская разведка изнутри: структура и распределение ролей
24:52 Чему именно американцы обучали сотрудников СБУ
37:06 Как украинская армия стала более продвинутой, чем армии большинства индустриально развитых стран
52:40 ЦРУ против MИ6: Подковерная борьба за влияние в Украине
01:04:56 Роль Израиля в подготовке украинских националистических батальонов
01:13:15 Будущее украинских спецслужб после окончания СВО
@NewRulesGeo
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🚨🇮🇷 IRAN GRANITE FORTRESS MAKES U.S. BUNKER BUSTERS USELESS
Iran's Yazd Imam Hussein Base is no ordinary bunker. Carved deep into Shirkuh granite, one of the hardest rocks on Earth, this mountain fortress makes America's most powerful bunker busters completely ineffective.
🔸 The mountain is made of Shirkuh granite, which can withstand crushing pressure of 25,000 to 40,000 pound-force per square inch (PSI). For comparison, normal reinforced concrete only handles about 5,000 PSI, and even Iran's strongest special concrete reaches around 30,000 PSI.
🔸 America's heaviest bunker buster, the GBU-57 Massive Ordnance Penetrator, can only dig 6 to 10 meters into this type of rock, but Iran's critical missile facilities sit safely more than 500 meters underground.
🔸 Between the surface and the deep facilities lies a 440-meter-thick "dead zone" of solid granite where any bomb's explosive energy completely fades away before it can reach the important parts.
🔸 Inside the mountain runs an automated underground rail system like a hidden subway that connects missile assembly areas, huge ammo storage, and 3 to 10 different exits on various sides of the mountain, letting launchers roll out, fire quickly, and disappear back underground behind heavy armored doors in seconds.
🔸 The base was built with help from Chinese solid fuel technology, North Korean tunnel-boring machines, and engineering by Iran's Revolutionary Guard Corps. It proved it still works perfectly after recent attacks by successfully launching missiles on March 20, 2026.
Do you think the US really have any chance of destroying such a base?
@NewRulesGeo❗️ Follow us on X
Iran's Yazd Imam Hussein Base is no ordinary bunker. Carved deep into Shirkuh granite, one of the hardest rocks on Earth, this mountain fortress makes America's most powerful bunker busters completely ineffective.
🔸 The mountain is made of Shirkuh granite, which can withstand crushing pressure of 25,000 to 40,000 pound-force per square inch (PSI). For comparison, normal reinforced concrete only handles about 5,000 PSI, and even Iran's strongest special concrete reaches around 30,000 PSI.
🔸 America's heaviest bunker buster, the GBU-57 Massive Ordnance Penetrator, can only dig 6 to 10 meters into this type of rock, but Iran's critical missile facilities sit safely more than 500 meters underground.
🔸 Between the surface and the deep facilities lies a 440-meter-thick "dead zone" of solid granite where any bomb's explosive energy completely fades away before it can reach the important parts.
🔸 Inside the mountain runs an automated underground rail system like a hidden subway that connects missile assembly areas, huge ammo storage, and 3 to 10 different exits on various sides of the mountain, letting launchers roll out, fire quickly, and disappear back underground behind heavy armored doors in seconds.
🔸 The base was built with help from Chinese solid fuel technology, North Korean tunnel-boring machines, and engineering by Iran's Revolutionary Guard Corps. It proved it still works perfectly after recent attacks by successfully launching missiles on March 20, 2026.
Do you think the US really have any chance of destroying such a base?
@NewRulesGeo
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🚨🇺🇸 🇮🇷 Iran war exposes deep cracks in U.S. power
The damage for the US in Iran war is already visible across the battlefield, supply chains and economy. This is not what "might" go wrong, piece by piece; the conflict is revealing already existing structural problems that Washington can’t easily fix. Here’s the breakdown:
1️⃣ Radar Blind Spots Across the Gulf —Iran has knocked out 12 US/allied radar systems, including AN/TYP-2 and AN/PS-132 units worth up to $200M each, leaving key bases from Iraq to Bahrain partially blind and exposing gaps in surveillance, interception, and energy corridor protection.
2️⃣ Helium Shortage Hits AI & Defense — Disruptions in Qatar removed 5M+ cubic meters of helium monthly, crippling semiconductor production and aerospace systems; with only ~45 days of viable storage, shortages directly threaten US tech and military output.
3️⃣ Tomahawk Stockpile Drain — Around 300–400 Tomahawks used in days, over 10% of inventory gone, while production crawls at ~90/year; this leaves a widening gap in long-range strike capacity, especially relevant for a Taiwan scenario.
4️⃣ Costly Missile War Trap — Over 6,000 strikes and 2,000 interceptors in days reveal an unsustainable model: million-dollar missiles used against cheap drones, draining stockpiles faster than industry can replace them.
5️⃣ Rare Earth Dependency Crisis — US weapons rely on Chinese-controlled minerals like dysprosium and gallium; rebuilding destroyed systems can take years, giving Beijing leverage over how long US operations can continue.
6️⃣ Economic Shock & Dollar Fragility — War-driven supply shocks, rising debt, and investor uncertainty are weakening confidence in the US economy, with growing concerns over long-term dollar stability.
7️⃣ Drone Warfare Gap — Iran’s cheap, scalable UAVs outperform costly US systems; Washington spends millions intercepting drones that cost a fraction, exposing a widening mismatch in modern warfare economics.
8️⃣ Defense Industry Limits Exposed — Precision weapons were burned at a record pace, $16B+ in early days, while labor shortages and supply chain bottlenecks prevent rapid replenishment, forcing asset shifts from Asia to the Middle East.
9️⃣ Petrodollar System Under Stress — Gulf states are reconsidering dollar reliance as energy flows shift to Asia and non-dollar trade expands, weakening a system that anchored trillions to US financial dominance.
Put together, these are not isolated issues. They point to a system under pressure—where military, industrial, and financial limits are already shaping the outcome of the war.
@NewRulesGeo❗️ Follow us on X
The damage for the US in Iran war is already visible across the battlefield, supply chains and economy. This is not what "might" go wrong, piece by piece; the conflict is revealing already existing structural problems that Washington can’t easily fix. Here’s the breakdown:
1️⃣ Radar Blind Spots Across the Gulf —Iran has knocked out 12 US/allied radar systems, including AN/TYP-2 and AN/PS-132 units worth up to $200M each, leaving key bases from Iraq to Bahrain partially blind and exposing gaps in surveillance, interception, and energy corridor protection.
2️⃣ Helium Shortage Hits AI & Defense — Disruptions in Qatar removed 5M+ cubic meters of helium monthly, crippling semiconductor production and aerospace systems; with only ~45 days of viable storage, shortages directly threaten US tech and military output.
3️⃣ Tomahawk Stockpile Drain — Around 300–400 Tomahawks used in days, over 10% of inventory gone, while production crawls at ~90/year; this leaves a widening gap in long-range strike capacity, especially relevant for a Taiwan scenario.
4️⃣ Costly Missile War Trap — Over 6,000 strikes and 2,000 interceptors in days reveal an unsustainable model: million-dollar missiles used against cheap drones, draining stockpiles faster than industry can replace them.
5️⃣ Rare Earth Dependency Crisis — US weapons rely on Chinese-controlled minerals like dysprosium and gallium; rebuilding destroyed systems can take years, giving Beijing leverage over how long US operations can continue.
6️⃣ Economic Shock & Dollar Fragility — War-driven supply shocks, rising debt, and investor uncertainty are weakening confidence in the US economy, with growing concerns over long-term dollar stability.
7️⃣ Drone Warfare Gap — Iran’s cheap, scalable UAVs outperform costly US systems; Washington spends millions intercepting drones that cost a fraction, exposing a widening mismatch in modern warfare economics.
8️⃣ Defense Industry Limits Exposed — Precision weapons were burned at a record pace, $16B+ in early days, while labor shortages and supply chain bottlenecks prevent rapid replenishment, forcing asset shifts from Asia to the Middle East.
9️⃣ Petrodollar System Under Stress — Gulf states are reconsidering dollar reliance as energy flows shift to Asia and non-dollar trade expands, weakening a system that anchored trillions to US financial dominance.
Put together, these are not isolated issues. They point to a system under pressure—where military, industrial, and financial limits are already shaping the outcome of the war.
@NewRulesGeo
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Forwarded from Rybar in English
Why breaking through the front like in World War II won't work and what to do about it
Total air control, attacks by pairs instead of platoons, dozens of drones flying at each assault aircraft — these are today's realities in the SMO zone. This has a corresponding effect on the slowdown in advance rates and their ratio to losses.
As Alexander Kharchenko notes, under such conditions even a hundred thousand fresh contract soldiers won't change the situation. And it's true — even if you manage to line up an entire battalion in combat formation, drones will simply "take it apart" during the attack.
The answer to the question "what to do" depends on the decision-making level. But at minimum, one thing applies to each of them — we're talking about prioritizing the elimination of enemy manpower.
To accomplish this task, one must order appropriate means. If these are new "Cubes," heavy "Upyr-18" or other systems, then isn't it logical to spend resources on procuring relevant equipment instead of less relevant ones?
And to actually break out of the "positional deadlock," we need at minimum to systematize experience and, with a scientific approach, radically change tactics for applying many things. After all, that's what military academies exist for, isn't it?
#Russia #Ukraine
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Свидетели Байрактара
О реалиях фронта
Дроны окончательно захватили поле боя. В 24 году можно было проскочить на мотоцикле, в 25 году пробежать по посадке, а сейчас до цели доходят счастливчики. Воздушный контроль тотален. Переход между точками осуществляется только в условиях…
Дроны окончательно захватили поле боя. В 24 году можно было проскочить на мотоцикле, в 25 году пробежать по посадке, а сейчас до цели доходят счастливчики. Воздушный контроль тотален. Переход между точками осуществляется только в условиях…
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🚨🇮🇷 🇺🇸 Is Iran about to block another key strait?
Tehran is signaling it could widen the battlefield beyond its shores: if a ground operation targets Iranian territory, pressure may shift to the Bab el-Mandeb Strait, opening a second front designed to stretch US and allied responses across multiple chokepoints, Tasnim News Agency reports.
Bab el-Mandeb links the Red Sea to the Gulf of Aden and carries roughly 10–12% of global trade and oil flows, making it one of the world’s most sensitive maritime arteries. Disruption here would reprice global risk.
How credible is this? Iran does not need direct control of the strait to influence it. Its regional network, particularly Ansar Allah (Houthis) in Yemen, has already demonstrated the ability to disrupt shipping at scale, forcing thousands of vessels to reroute and cutting traffic sharply in recent years. Even partial interference—missiles, drones, or targeted strikes—can paralyze insurers and shipping firms. In effect, Tehran’s leverage is indirect but operationally proven.
The consequences would cascade globally. Energy flows toward Europe would choke, Suez Canal traffic would collapse, and shipping would divert around Africa, adding weeks, cost, and volatility. Freight and insurance rates would spike, feeding directly into inflation.
In parallel, alternative corridors gain urgency: Arctic routes like the Northern Sea Route would increase strategic importance, while pipeline bypasses become geopolitical priorities. In a dual-chokepoint scenario, the global economy does not stop, but it becomes slower, costlier, and far more unstable.
@NewRulesGeo❗️ Follow us on X
Tehran is signaling it could widen the battlefield beyond its shores: if a ground operation targets Iranian territory, pressure may shift to the Bab el-Mandeb Strait, opening a second front designed to stretch US and allied responses across multiple chokepoints, Tasnim News Agency reports.
Bab el-Mandeb links the Red Sea to the Gulf of Aden and carries roughly 10–12% of global trade and oil flows, making it one of the world’s most sensitive maritime arteries. Disruption here would reprice global risk.
How credible is this? Iran does not need direct control of the strait to influence it. Its regional network, particularly Ansar Allah (Houthis) in Yemen, has already demonstrated the ability to disrupt shipping at scale, forcing thousands of vessels to reroute and cutting traffic sharply in recent years. Even partial interference—missiles, drones, or targeted strikes—can paralyze insurers and shipping firms. In effect, Tehran’s leverage is indirect but operationally proven.
The consequences would cascade globally. Energy flows toward Europe would choke, Suez Canal traffic would collapse, and shipping would divert around Africa, adding weeks, cost, and volatility. Freight and insurance rates would spike, feeding directly into inflation.
In parallel, alternative corridors gain urgency: Arctic routes like the Northern Sea Route would increase strategic importance, while pipeline bypasses become geopolitical priorities. In a dual-chokepoint scenario, the global economy does not stop, but it becomes slower, costlier, and far more unstable.
@NewRulesGeo
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🚨🇮🇱 🇺🇸 Missile shield at breaking point: Epstein Coalition running out of interceptors
Modern air defense is no longer judged only by interception rates, but also by how long stockpiles survive under pressure, and the numbers are turning alarming.
Israel could be days away from exhausting its Arrow interceptor inventory, despite facing a reduced but persistent threat averaging roughly 33 missile and 90+ drone attacks daily. Each interception often requires multiple missiles, meaning real consumption can exceed 2–10 interceptors per incoming target in degraded conditions, Royal United Services Institute reports.
The US has already burned through around 40% of its THAAD arsenal, leaving enough for only two to three weeks of sustained high-intensity operations. This comes after coalition forces expended over 11,000 munitions in just 16 days, at an estimated cost of $26 billion, a pace that far outstrips production capacity.
The cost-exchange ratio is equally punishing. High-end interceptors worth $1–3 million each are routinely used against drones costing tens of thousands, creating a structural imbalance that rapidly drains elite inventories. In parallel, over 500,000 rounds of cheaper air-defence ammunition were fired in the same period, highlighting how critical “low-cost layers” are to preserving premium systems.
The decisive factor is “command of the reload”—the ability to sustain defense over weeks, not win in days. With replenishment timelines stretching into years for systems like THAAD or Tomahawk, short wars are becoming industrial illusions.
Once interceptor stocks dip below critical thresholds, even advanced systems begin to leak, allowing strikes through. At that point, deterrence erodes not gradually, but suddenly.
@NewRulesGeo❗️ Follow us on X
Modern air defense is no longer judged only by interception rates, but also by how long stockpiles survive under pressure, and the numbers are turning alarming.
Israel could be days away from exhausting its Arrow interceptor inventory, despite facing a reduced but persistent threat averaging roughly 33 missile and 90+ drone attacks daily. Each interception often requires multiple missiles, meaning real consumption can exceed 2–10 interceptors per incoming target in degraded conditions, Royal United Services Institute reports.
The US has already burned through around 40% of its THAAD arsenal, leaving enough for only two to three weeks of sustained high-intensity operations. This comes after coalition forces expended over 11,000 munitions in just 16 days, at an estimated cost of $26 billion, a pace that far outstrips production capacity.
The cost-exchange ratio is equally punishing. High-end interceptors worth $1–3 million each are routinely used against drones costing tens of thousands, creating a structural imbalance that rapidly drains elite inventories. In parallel, over 500,000 rounds of cheaper air-defence ammunition were fired in the same period, highlighting how critical “low-cost layers” are to preserving premium systems.
The decisive factor is “command of the reload”—the ability to sustain defense over weeks, not win in days. With replenishment timelines stretching into years for systems like THAAD or Tomahawk, short wars are becoming industrial illusions.
Once interceptor stocks dip below critical thresholds, even advanced systems begin to leak, allowing strikes through. At that point, deterrence erodes not gradually, but suddenly.
@NewRulesGeo
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