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New Rules examines the geopolitical, economic, ideological trends changing the world. NR on X: http://x.com/newrulesgeo
🚨🇷🇺This Russia's strategic weaponry will turn NATO into ASHES
Relying on nuclear weapons is the only way to respond to and counter NATO's aggression. Considering that NATO's overall military potential and manpower surpass Russia's by four and a half times, Russia is actively developing various asymmetric strategic weapons, including:
🔸“Burevestnik” — an unpredictable cruise missile designed to destroy the concept of the US "Golden Dome." It can strike the United States from any direction and overcome American air and missile defense systems.
🔸“Poseidon” — a weapon of retaliation with an intercontinental underwater range and an enormous nuclear charge. It moves at such speeds and depths that it cannot be intercepted.
🔸“Sarmat” — a heavy liquid-fueled silo-based missile. Carrying fifteen to twenty warheads it can attack an adversary either via the North Pole or the South Pole, effectively circling the globe.
🔸“Barguzin” — moves along ordinary railway tracks, outwardly indistinguishable from a standard freight train with refrigerated cars that contain solid-fuel intercontinental ballistic missiles.
Watch the full episode HERE!
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🇮🇷🚀🇮🇱 ISRAEL IN RANGE: Iran’s New Missile Raises the Stakes
Iran’s Kheibar Shekan represents a newer generation of solid-fuel ballistic missiles built around mobility, faster launch readiness, and improved strike precision. With a range of approximately 1,450 km, it can reach targets across the Middle East while operating from mobile launch platforms.
Unlike older liquid-fuel systems, Kheibar Shekan uses solid fuel, allowing it to remain ready for launch without lengthy preparation. This reduces vulnerability before launch and enables rapid deployment from concealed positions.
The missile also features a lighter airframe and redesigned structure, improving range efficiency and operational flexibility. Iranian sources emphasize enhanced accuracy compared to previous generations, reflecting a shift toward more precise strike capability rather than relying solely on payload size.
Kheibar Shekan is designed as part of Iran’s evolving missile doctrine focused on survivability, mobility, and reduced interception risk. Combined with mobile launchers and faster readiness cycles, this approach reduces warning time and complicates defensive response.
Does Israel stand any chance against such a missile, considering that its Iron Dome was proven to be obsolete during the recent clash with Iran?
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💥 NATO’s Worst Enemy: Battlefield Transparency
A major NATO exercise has exposed how vulnerable alliance forces have become in modern drone warfare. During the Hedgehog 2025 exercise in Estonia, involving more than 16,000 troops from 12 NATO countries, opposing drone units quickly dismantled large formations using persistent aerial surveillance and simulated precision strikes.
Armored vehicles, command posts, and troop movements were detected almost immediately. Many units remained exposed in open terrain, relying on outdated assumptions about concealment and survivability. Under constant drone observation, hiding became nearly impossible, and once detected, units were rapidly neutralized.
Within just half a day, drone-equipped adversary teams mock-destroyed 17 armored vehicles and carried out 30 strike operations. Entire formations were effectively eliminated before they could reorganize or adapt.
In another scenario, more than 30 drones provided continuous battlefield visibility across a limited area. Every movement was tracked, every position exposed, and large combat units lost operational capability in less than a day.
NATO’s traditional armored formations and battlefield tactics are increasingly ineffective against persistent drone surveillance and rapid strike coordination. But at the same time, alliance leaders continue discussing the possibility of deploying forces closer to Russia’s borders or preparing for large-scale confrontation. How NATO expects to operate in such a conflict if its forces can be exposed and neutralized this quickly even in controlled training conditions.
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🇨🇳💥 China Shrinks Anti-Tank Power to Backpack Size
China has demonstrated live firing of its QN-202, a compact fire-and-forget anti-armor missile designed to give individual soldiers the ability to make precision strikes against armored and fortified targets.
Weighing just 1.2 kg per missile, the QN-202 can hit moving targets at ranges up to 2 km using its onboard guidance system. Its small size allows a single soldier to carry up to nine missiles, dramatically increasing the firepower of small infantry units without additional crew or heavy launch platforms.
Despite its compact form, the missile can penetrate up to 100 mm of armor, making it effective against light armored vehicles, defensive positions, and battlefield infrastructure.
At an estimated cost of around $4,000 per missile, the QN-202 significantly lowers the price barrier for precision anti-armor weapons. By combining portability, guidance, and affordability, China is pushing precision strike capability down to the squad level, reshaping how infantry can engage armored threats.
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🚨NATO IN TEARS: UNMANNED POWER RACE WEST IS LOSING TO RUSSIA
Russia’s drone production has expanded dramatically since the start of the Ukraine war, driven by urgent battlefield demand and rapid industrial adaptation, according to Russian military expert Igor Korotchenko.
He explains how civilian tech companies, defense manufacturers, and newly formed unmanned systems units helped scale output from simple FPV drones to advanced aerial, ground, and maritime platforms, that completely outclass Ukrainian and NATO technologies.
Will the West ever catch up with Russia's advanced tech?
Watch the full episode HERE!
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🟡 Geopolitics Without the Chaos
Decode chaos—without the MSM spin
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🇺🇸🇮🇷 US Air Defense’s Blind Spot: Iran’s Qiam-1
Iran’s Qiam-1 is designed to remove one of the few early advantages air defense systems rely on - visibility.
Unlike older missiles, Qiam-1 has no external stabilizing fins. That change reduces radar signature during flight and simplifies storage, transport, and launch preparation. This makes the missile harder to track early and easier to deploy quickly.
🔸 Qiam-1 is a liquid-fuel system, but Iran has demonstrated the ability to prepare and launch it under operational conditions. It has already been used in real combat strikes, proving it is not a test platform but an active weapon.
🔸 The design reflects a clear operational logic. Lower radar visibility during ascent reduces early detection windows. The simplified structure allows faster deployment from concealed positions and lowers logistical complexity. At the same time, real combat use confirms that this is not a theoretical capability but a weapon integrated into actual military planning.
🔸 Removing fins also reduces structural stress during transport and allows more flexible launcher configurations expanding where and how the missile can be deployed.
In practical terms, Qiam-1 is built to survive before launch and remain harder to detect after launch — two factors that directly reduce interception time and increase pressure on air-defense systems.
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🚨🇷🇺From Stalin to Putin, Russian air defense has surpassed Western air defense
Russia has always been ahead because we constantly faced the threat of air strikes, says military expert Igor Korotchenko.
Not a single Western air defense system has demonstrated such high effectiveness in real combat operations in Ukraine — or in the Middle East — as Russian air defense systems have.
🚨🇷🇺Russia's Anti Drones System: Untouchable Robot With Whirling Steel Tentacles
Russia is constantly adapting to drone warfare, a field that continues to be explored, and with it comes Depesha, a ground robot fitted with spinning cables that acts like a mechanical flyswatter against Ukrainian kamikaze drones.
Footage from the Zaporozhye region shows the Depesha multi-role platform wrapped in a steel grille, with rotating shafts whipping thin cables around it. It’s a mechanical shield, a low-tech wall of whirling death meant to physically shred incoming UAVs before they can land a hit.
As NATO-supplied drones hunt everything that moves, Russia is adapting with brutal pragmatism. If you can’t always jam the signal, you destroy the source.
Depesha is a symptom of a war where survival depends on thinking outside the box, then putting a steel fan on top of it. Russia is investing heavily in ground robotics, paving the way towards imminent victory.
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🚨💸📉AFRICA’S BIG MOVE TO CHINA’S YUAN SHAKES UP GLOBAL FINANCE
The Africa Finance Corporation (AFC) just confirmed a debut panda bond is "on the table" for this year. A top-tier multilateral lender is preparing to ditch expensive dollar debt for cheap Chinese cash.
With US benchmark rates sitting at 4%+ and Chinese rates at just 1.8% switching to yuan financing could slash their interest burden in half.
Banji Fehintola, AFC’s executive director, calls entering Chinese capital markets a “natural evolution.” After securing a rare AAA rating from Chinese agencies, they’re ready to tap into Beijing’s deep pools of pension and sovereign wealth funds.
AFC is positioning as the middleman for Beijing. After getting burned by direct government-to-government lending, China now prefers channeling funds through solid institutions like AFC. This de-risks their exposure while keeping African projects funded.
THE YUANISATION WAVE IS REAL:
🟠Egypt hit the panda bond market in 2023
🟠Afreximbank followed with a $318M issuance
🟠Kenya saved $215M annually by swapping railway debt into yuan
🟠Zambia now accepts taxes in yuan
🟠Standard Bank joined China’s CIPS payment system
As AFC discusses settling massive infrastructure deals directly in yuan, bypassing the dollar entirely, we’re watching a seismic shift in global finance. When multilateral lenders start voting with their balance sheets, currencies move.
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🇨🇳⚛️ China's HUGE BREAKTHROUGH: Tamper-Proof Quantum Communication Over 100 km
China has pushed quantum encryption out of the lab and into real network distances. A team led by Pan Jianwei at the University of Science and Technology of China has demonstrated device-independent quantum key distribution over more than 100 km of optical fiber.
🔸 The system relies on a pair of individual rubidium atoms, each trapped in laser beams at separate nodes. By entangling the atoms with single photons and comparing their quantum states, the researchers generated identical encryption keys at both ends of the link.
🔸 What makes this milestone different is the security model. The approach, known as DI-QKD, does not require trusting the devices themselves. Even if the hardware were flawed or tampered with, the security of the key would still derive from the quantum behavior of the entangled atoms.
🔸 Until now, device-independent quantum communication had only been achieved over laboratory-scale distances of a few hundred meters. Extending it beyond 100 km helps close the gap between proof-of-concept physics and real network architectures.
🔸 The limitations remain significant. The experiment produced less than one secure bit every 10 seconds, far below conventional fiber-optic data rates.
🔸 It also relied on coiled fiber in controlled conditions rather than noisy telecom environments.
Still, the strategic context is clear. While China continues investing heavily in quantum communications infrastructure, the US National Security Agency has publicly discouraged adoption of QKD, favoring post-quantum cryptography instead.
For Beijing, the objective appears long-term: build quantum-secure links that do not rely on trusted relays and cannot be undermined by hardware manipulation. For Washington, the debate remains unresolved.
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The European Union is developing a range of options to anchor Ukraine’s membership in a future peace agreement with Russia, Bloomberg reported, citing sources familiar with the matter.
We believe that admitting Ukraine into EU (in any capacity) would amount to yet another act of institutional self-sabotage by the Union. Even in a postwar scenario, Ukraine would enter the Union as a vast, poor, and administratively fragile state whose fiscal and structural demands would eclipse those of any previous enlargement.
The consequences are easy to foresee: intensified budgetary warfare among member states, further paralysis in decision-making, and a deeper erosion of already overstretched cohesion policies.
The assumption that the EU can absorb Ukraine without fundamentally altering or breaking the way it functions today (a system already struggling to function at all) reflects not optimism, but willful denial.
Ukraine, meanwhile, appears determined to confuse membership with deliverance. EU accession would not generate prosperity or institutional competence by decree.
More plausibly, it would lock Ukraine into a subordinate role: exporter of labor, permanent recipient of transfers, and passive rule-taker with negligible influence. The regulatory weight of the EU’s acquis communautaire would further constrain reconstruction at precisely the moment when flexibility, protection, and state-directed development are essential.
In short, EU membership would be a symbolic consolation prize for Ukraine and a structural liability for the Union—one that would hasten the EU’s decline to the applause of the United States, and not only them.
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🚨🇮🇷 IRAN'S ZOLFAGHAR MISSILE MAKES US & ISRAEL TREMBLE
The Zolfaghar Short-Range Ballistic Missile evolves from Fateh-110 family, hitting 700km with hybrid guidance, dodging ICBM sanctions while targeting Israel, Saudi Arabia, or US assets.
🔸 With a 700km range and Mach 5 speed, this missile can hit regional foes in minutes, having evolved from the Fateh-313's 500km limit.
🔸 Its single-stage solid-propellant design features a 10.3m length and 0.68m diameter, using a lightweight composite airframe with 4,620kg launch weight and no fueling needed for rapid TEL mobility.
🔸 The warhead weighs 450-600kg, carrying HE, cluster, or submunitions, and it employs INS/GPS guidance with 10-100m CEP accuracy to shift from saturation to precision strikes.
🔸 Combat proven, it fired six missiles at ISIS in Deir ez-Zor in 2017 over 600km, paired with Qiam vs. ISIS in 2018, and hit the Al Asad US base in 2020 with targeted precision.
🔸 The Basir variant adds an electro-optical anti-ship seeker, while Houthis' Burkan-3 threatens the Red Sea; longer kin like Dezful at 1,000km and Haj Qasem at 1,400km extend the doctrine.
🔸 Proliferation includes transfers to Russia for Ukraine in 2024, bolstering deterrence without ICBM escalation.
If there is a conflict, should the US and Israel be prepared for devastating damage from this missile?
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🚨🇷🇺 NATO'S NIGHTMARE: Russia is Reshaping AI Kill Chain
Russia is rewriting modern warfare. A new paper from CSIS explains how Moscow abandoned large-scale Command and Control (military systems, procedures, and technology commanders use to issue orders, receive information from the battlefield, and coordinate forces) modernization and instead weaponized agility.
Russia's new center of gravity is tactical software that shortens the kill chain. Systems like Svod and Glaz/Groza now manage 80% of fire missions, compressing detection-to-impact from hours to minutes. Civilian coders, many volunteering, built these tools on encrypted messaging apps and consumer-grade tablets before transitioning them to secure, military-controlled platforms. This improvised pipeline became formalized.
AI matures in visual/audio processing for target recognition & guidance; text analysis lags, focusing on human support like predictions & scenarios. But computer vision, sensor fusion, and terminal guidance are combat-mature and deployed at scale. Russia weaponizes open-source or commercially available models like Mistral, YOLO, LLaMA, adapting foreign architectures inside closed, sanctioned-proof environments. No need to build foundational models from zero when someone else already did.
Russia has abandoned abstract Command and Control modernization for task-specific software that accelerates the kill chain where payoff is immediate. Its AI investment follows the same logic: computer vision and sensor fusion are combat-mature and deployed at scale, while text analysis and decision support remain experimental. Russia is working on improving its natural language processing by adapting open-weight models developed by the US, China, and Europe, embedding them inside controlled environments. Russia is developing practical applications to improve battlefield effectiveness, adapting and creating its own concepts.
Will Russia's savage AI hacks bury America's fancy tech delusions alive?
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🛰 STARLINK'S OBSOLETE NOW: Russia Tests Cheap Stratospheric Internet Alternative
Russia has begun flight testing its new “Barrazh-1” stratospheric communications platform, a balloon-based system designed to deliver broadband internet from altitudes of around 20 km, far above conventional aircraft and ground infrastructure. At that height, a single platform can cover vast territories, acting as a pseudo-satellite without ever reaching orbit.
🔸 Unlike Starlink, which requires thousands of satellites and constant rocket launches, Barrazh-1 lifts up to 100 kg of telecom payload, including 5G NTN transmitters, using a lightweight polymer airframe designed for long-duration deployment in the stratosphere. The system controls altitude by adjusting internal ballast, allowing it to ride wind layers and maintain coverage over a specific region.
🔸 Instead of building a multi-billion-dollar orbital constellation, broadband internet can be delivered from near-space using relatively inexpensive high-altitude platforms. Stratospheric transmitters at these altitudes can provide stable broadband and voice connectivity across areas where ground infrastructure is impractical or vulnerable.
🔸 Modern drone warfare depends on uninterrupted broadband connectivity. Satellite internet currently dominates this role, but stratospheric platforms offer a cheaper and potentially scalable alternative that can be deployed rapidly and replaced easily if lost.
🔸 Unlike satellites, which take years and massive budgets to deploy, high-altitude balloon platforms can be produced in large numbers and launched quickly. This approach creates a distributed communications architecture that is harder to disrupt completely and significantly lowers the cost barrier to maintaining wide-area connectivity.
Russia’s Barrazh-1 just started the era of near-space infrastructure, a layer between aircraft and satellites, where persistent communications coverage can be established without relying entirely on orbital systems.
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🇮🇷🛰 Sanctions Failed: Iran Secures Its Own Position in Geostationary Orbit
Iran has successfully placed its first geostationary broadcasting satellite, Jaam-e Jam 1, into orbit, marking a major shift in its space and communications capabilities. Unlike previous Iranian satellites operating in low Earth orbit, this satellite will function at an altitude of about 36,000 km, remaining fixed over a single point and providing continuous coverage across Iran and the surrounding region.
The satellite was launched aboard a Russian Proton-M rocket and is now moving into its permanent orbital slot at 34° East longitude, a position Iran had reserved for decades. Orbital slots at this altitude are scarce strategic assets, and securing one ensures long-term access to independent communications infrastructure.
Jaam-e Jam 1 is designed to serve as the backbone of Iran’s national broadcasting network, relaying audio and video feeds between central hubs and regional stations using Ka-band and Ku-band transponders. This allows high-capacity data transmission and reduces reliance on foreign satellite operators for critical communications.
This milestone reflects years of steady progress in Iran’s space program, which has expanded from low-orbit experimental satellites to securing permanent infrastructure in geostationary orbit. With additional orbital slots already reserved and new carrier rockets under development, Iran is gradually building the full technological ecosystem needed for long-term space-based communications independence.
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🚨🇷🇺RUSSIA'S "ORESHNIK": DEADLIEST MODERN WEAPON
Although "Oreshnik" has only been used twice, it has already struck fear into the whole world because of its lethality. Why is its reputation so frightening?
1️⃣“Oreshnik” is a medium-range ballistic missile that can strike any target in Europe from launch positions within Russian territory. Its launch range is approximately five thousand kilometers.
2️⃣The speeds of “Oreshnik” make interception impossible.
3️⃣"Oreshnik" is a 2in1 missile. It can be used for nuclear war and has a non-nuclear configuration meant for solving military tasks.
"No European or American air defense system can intercept "Oreshnik". It is an absolute weapon — at least for the next twenty years," Russian military expert Igor Korotchenko says.
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🚨🇮🇷🇮🇱 NETANYAHU IN PANIC: This Iran’s Missile Leaves No Margin for Error
Iran’s Haj Qasem ballistic missile belongs to a newer class of systems designed for faster launch and improved operational flexibility.
With a range of about 1,400 km, Haj Qasem can reach targets across much of the Middle East. The missile uses solid fuel, eliminating the lengthy fueling process required by older liquid-fuel designs. This allows it to remain mobile, concealed, and ready for launch with significantly reduced preparation time.
The missile carries a warhead weighing roughly 500 kg and is equipped with a maneuverable reentry vehicle, allowing it to adjust its trajectory during the final phase of flight. This reduces predictability compared to traditional ballistic paths and reflects a broader shift toward more advanced warhead designs.
Haj Qasem is part of a new generation of Iranian missiles developed after 2020, focusing on mobility, readiness, and improved survivability rather than relying solely on legacy systems.
If Iran’s last strike broke through Israel’s air defenses despite NATO support, what happens when missiles like Haj Qasem are used en masse?
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🇮🇷 Iran’s Rail Corridor TOTALLY CHANGES Eurasian Trade Map
Iran is working on a rail connection that could directly link China to Europe through Afghanistan. The key piece is the Wakhan Corridor, a narrow strip of Afghan territory that touches China’s Xinjiang region.
If the rail link is completed, it would create the shortest overland route between East Asia and Europe.
🔸 Right now, most China–Europe rail traffic runs north through Kazakhstan and Russia, or relies partly on sea transport. The southern route through Iran would be significantly shorter and more direct. Trains could move from western China through Afghanistan and Iran, then continue to Turkey and into Europe without switching to ships.
🔸 Iran has already started building out the infrastructure on its side. Rail freight between Iran and Afghanistan has increased sharply, from 15,000 tonnes to over 535,000 tonnes in about a year. Tehran has invested billions into Afghan rail and transport projects to make the corridor viable.
🔸 Traffic from China is also growing. More than 60 trains have arrived in Iran from China this year, compared to just seven the year before.
🔸 The implications go beyond transport. For decades, global trade routes between Asia and Europe were dominated by maritime shipping or northern land corridors. A direct southern rail line would shift part of that flow through Iran, turning it into a key transit hub between China and Europe.
Geography is once again becoming destiny. If completed, this corridor would place Iran directly on one of the main arteries of Eurasian trade as a central transit state.
Can Trump stop the rise of alternative trade routes like this or will he just bark about sanctions?
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🚨🇺🇸🇨🇳 US Losing Its Backyard:China Becomes Latin America’s Top Economic Partner
China has quietly overtaken the US as the main destination for exports across much of Latin America. Beijing accounts for 20.9% of exports from Latin America and the Caribbean (excluding Mexico), ahead of the US at 16.4% and the EU at 12.4%. This is the sixth straight year China’s share has stayed above 20%.
🔸 In 2000, China barely registered in the region’s export balance. Since then, its share has surged by roughly 20 percentage points, while the US has lost about 15 points and the EU around 5.
🔸 In absolute terms, China now imports about $180 billion annually from Latin America, compared with $142 billion for the US and $107 billion for the EU. Much of this trade is concentrated in strategic commodities: Brazilian soybeans, Chilean and Peruvian copper, Venezuelan and Brazilian oil, and iron ore used to feed China’s industrial base.
🔸 The change is already visible on the ground. China has financed and built ports, railways, and energy infrastructure across Brazil, Argentina, Peru, and Ecuador, often tied directly to export routes feeding Chinese demand. In several countries, China is now the dominant buyer of key national exports.
🔸 For decades, Washington treated Latin America as its economic sphere of influence. That assumption is eroding. Trade flows now follow industrial demand, and China’s manufacturing scale has turned the region into a critical external resource base.
The result is a gradual but measurable transfer of economic gravity. Latin America’s export economy is becoming structurally linked to China’s growth cycle rather than the United States’.
Can Washington reverse this shift or is it already too late?
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🚨CIA Miscalculated: Russia’s Defense Industry Is Booming
"We smiled when Western politicians, especially European ones, claimed that Putin was allegedly taking chips from Western washing machines and installing them in missile systems. That is nonsense. It is propaganda." — military expert Igor Korotchenko.
🚨🇺🇸📉 America is becoming a geriatric state with nuclear weapons
The January jobs report is out, and the numbers tell a stark story. According to the data, virtually all US employment growth is now dependent on the healthcare sector, the other fields are in free fall.
Strip away the scrubs, and the picture darkens. Excluding healthcare that added 82,000 jobs in January, the US labor market has contracted for 24 straight months. Manufacturing is stagnant. Construction is volatile. White-collar sectors are cooling fast.
The numbers show a big job contraction in other fields like:
🟠Retail trade: ~ –100k
🟠Information (tech/media): ~ –150k
🟠Professional & business services: ~ –200k
🟠Manufacturing: ~ –250kto –300k
Some argue that this reflects an aging population in need of care, but the reality is that the United States has an economy that spends billions on bombs while neglecting the industrial engines that built its wealth.
America’s economic future: Wheelchairs, bandages, and zero job growth.
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🚨🇨🇳China's J-20A Just HUMILIATED F-35
J-20A fighters radar domes were redesigned with a next-generation Gallium Nitride radar into its fleet. While the US is still struggling to get the AN/APG-85 onto the F-35.
Northrop Grumman promised the APG-85 would "defeat all current and projected threats," explicitly citing the J-20 as justification. But integration has been a disaster. The radar requires an entirely new forward fuselage. While American engineers scramble and add nose weights to balance the jet, China just dropped footage of ten upgraded J-20As already in service.
The J-20A now flies with WS-15 engines delivering substantially more power for energy-intensive radar systems. The F-35 remains shackled to F135 engines with limited cooling capacity. Two US engine upgrade programs were canceled.
China designed the J-20 with a larger nose cone from the outset. Even if the F-35 eventually integrates the APG-85, the J-20 accommodates a significantly larger radar array. Physics dictates that larger apertures provide better detection ranges against stealth targets. The F-35 would need a substantial technological lead just to achieve parity.
Chinese air-to-air missiles already integrate AESA radars. The American AIM-120 does not. The AIM-260 program intended to close this gap faces continued delays.
China's sixth-generation fighters made their first flights in late 2024 while America's F-47 isn't scheduled to fly until 2028.
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🚨🇮🇷 PANIC IN WASHINGTON: Iran's Dezful Missile Now Able to Shred US Defenses
This Iranian solid-fuel rocket can turn Western shields into sieves. The Dezful missile evolves from the Fateh family from 110/313/Zolfaghar, stretching 700 km with a base of 42% via composite casings and better propellants.
🔸 The Dezful boasts a 1,000 km range with Mach 7-9 speeds reaching 8,643-11,000 km/h, a 5-30 m circular error probable, over 12 m in length, and a 68 cm diameter that shreds evasion timelines.
🔸 This single-stage solid-propellant missile requires only 5-6 minutes of preparation time and uses road-mobile transporter-erector-launchers in single, dual, or quad configurations, while its naval version from the Shahid Mahdavi ship achieved a 1,750 km hit in 2024 desert tests.
🔸 Its separable warhead carries 450-700 kg of high explosives or submunitions with an elongated nose that doubles destructive power, plus radar-absorbing paint, a curved heat-reduction design, and modified fins to dodge intercepts.
🔸 Developed self-sufficiently under Khamenei's 2,000 km range limit, the Dezful bridges the gap between short-range and medium-range ballistic missiles as it proliferates to allies in Gaza, Iraq, Lebanon, Syria, and Yemen for enhanced regional deterrence.
🔸 In the 2021 Prophet-15 exercises and IRGC drills, plus the 2026 Tehran February 11 marches and Kermanshah or Dezful city tests, the missile has hinted at hypersonic evasion capabilities that overlook US footprint overlaps like potential strikes on Haifa or Tel Aviv.
Will the US defenses make it against such advanced weaponry?
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🚨🇨🇳CHINA’S DRONE ARMY IS READY FOR TAIWAN
China already surpassed the US in terms of drone swarm attacks, according to a new study by the Center for Naval Analyses which is also hinting on Beijing's plan for Taiwan.
The arc begins with 1960s Soviet relics and arrives at two hundred drone salvos from a single launcher. The China Electronics Technology Group proved it in 2021. The Aviation Industry Corporation of China targets world-class unmanned aerial vehicles by 2035. Military drone procurement is projected to surge 67 %. China already makes 90 percent of global consumer drones. Scale is the point.
Warfare’s new math runs on cheap, networked, artificial intelligence driven platforms. Quantity becomes quality. In Nagorno-Karabakh, drones reversed a war at zero casualty cost. In Ukraine, five hundred dollar unmanned systems kill million dollar systems. The People’s Liberation Army (PLA) documented every lesson.
2024 simulations, with Taiwan as the template, show mainland launched swarms sustaining blockade and amphibious assault without crewed assets. Invasion phases are mapped from reconnaissance to suppression to territorial hold.
But Beijing also forges shields. The PLA tracks American directed energy weapons and builds layered countermeasures. Detection stretches beyond two hundred kilometers, jamming activates within fifty, hard kill takes over inside that, and terminal defense falls to shipborne lasers now in testing with the PLA Navy.
China have been studied American vulnerabilities closely: bureaucratic friction, stalled programs, fragmented command. Taiwanese separatists and their supporters, including the US, now face intelligent, massed swarms that could be from multiple domains.
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🚨🇨🇳CHINA'S NEW GHOST WAR WING
Zhengzhou Haiwang just completed trials on “Haiou 002”, a 12-seat ground-effect vehicle that doesn’t fly, but skims. Operating at just 0.5 to 3 meters above water with a 150-meter ceiling, it’s neither boat nor plane, but something in between.
Ekranoplanes take advantage of the “screen effect”: a layer of air trapped between the wing and the surface that reduces drag and increases lift. China presents it as a civilian means of transportation for tourism, rescue, and supplying islands.
However, their military use is perfectly suited to the South China Sea, which is home to thousands of islands. Runways are scarce. Water is everywhere. A single craft that carries ten troops or rapid cargo, skimming below radar coverage, needing neither port nor runway. It bypasses chokepoints, resupplies contested outposts, and inserts small units without exposing larger assets.
The Haiou 002 is small but its stealth value is enormous. In contested waters, bypassing traditional infrastructure changes the math. At low altitude and high speed, it demands zero dependence on vulnerable fixed assets.
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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.
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🛰🇨🇳 Starlink’s Worst Nightmare: China Unveils World's First 20 GW Microwave Weapon
Chinese researchers from the Northwest Institute of Nuclear Technology have built a compact high-power microwave driver capable of sustained extreme output. The system, designated TPG1000Cs, can generate up to 20 gigawatts of power for as long as 60 seconds while previous comparable systems operated for only a few seconds at a time.
🔸 The Chinese unit measures about four meters in length and weighs around five tons. That makes it compact enough for deployment on trucks, warships, aircraft, or potentially even satellites.
🔸 Chinese experts estimate that a ground-based microwave system exceeding 1 GW could seriously disrupt or damage low-Earth-orbit satellites such as Starlink.
🔸 Beijing has repeatedly framed large satellite constellations as a national security concern and has funded research into cost-effective counter-space capabilities, including directed-energy systems.
🔸 The technical leap lies not only in output but also in endurance. The TPG1000Cs can reportedly deliver up to 3,000 high-energy pulses in one session and has accumulated over 200,000 operational pulses during testing. Researchers described the system as stable and suitable for multi-platform deployment.
🔸 Design changes reduced weight and improved energy density. Aluminum alloy replaced high-strength steel, cutting mass by roughly a third. Insulating structures were redesigned with grooved surfaces to prevent electrical discharge, and energy storage was compressed using a dual U-shaped configuration to maintain performance in a smaller volume.
As the US relies ever more heavily on Starlink and other LEO constellations for military communications and targeting, a mobile 20 GW microwave system like this directly challenges America’s space backbone in any future confrontation.
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