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Ted Postal, professor emeritus at MIT and expert on nuclear weapons and their delivery systems, discusses the Arashnik/Oreshnik hypersonic system and what is known about its capabilities, limitations, and potential implications. Postal emphasizes that the weapon is a very powerful conventional system, not a nuclear one. He notes that it delivers munitions and, as of the evidence available, seems to inflict damage primarily through kinetic impact. While adding submunitions with high explosives could increase damage per submunition, this would not constitute a game changer unless nuclear weapons were mounted on top of the system. He also cautions that the fact the system can deliver nuclear weapons is not especially novel in the context of existing delivery options, and the main policy concern is the possibility of escalation to nuclear use in response to a conventional attack. Key characteristics he outlines: - The Oreshnik is a one-stage missile that appears to repurpose the first stage of an old SS-20 (Pioneer) intermediate-range missile. The SS-20 was a two-stage missile with three warheads; in the Oreshnik, six buses on the vehicle carry submunitions. - The payload consists of six buses, each carrying about six submunitions, for a total of around 36 submunitions. Each submunition weighs roughly 70–80 kilograms. - The submunitions are delivered from a high-velocity canister that is ejected and then uses a high-pressure gas propulsion system to push out six submunitions onto six separate targets. The vehicle remains oriented to maintain stability, preventing tumbling and ensuring precise deployment. - The submunitions travel at very high speeds (hypersonic) but do not reach hypersonic speed on impact with the ground due to atmospheric reentry dynamics. They hit the ground at approximately 150–200 kilometers per hour, not at Mach 10, because tumbling and aerodynamic drag reduce speed before impact. - Debris analysis suggests the submunitions are not penetrating deep underground; instead, their energy is converted into heat and a violent expansion near the surface, producing an explosion-like effect rather than deep penetration. - The trajectories are lofted, delivering the submunitions to the target area after a long flight time (Russia has claimed 15–17 minutes for submunitions to reach targets). This lofted path reduces the likelihood of interceptors successfully engaging the weapon. On the effects and targeting: - A single submunition’s energy disperses over a footprint rather than concentrating in a single crater. The weapon’s conventional damage is significant, especially when deployed as clusters against a structure or urban area, but it is not equivalent to a nuclear strike. - If six buses with six submunitions each were all directed at a single structure, the resulting destruction would be substantial, but the extent would depend on targeting accuracy and footprint, as well as how many submunitions actually strike the intended area. - Postal notes that a one-kiloton nucleus would create a clearly larger, more devastating area of destruction than the conventional cluster could achieve; meanwhile, a 150–200 kiloton nuclear warhead mounted on Oreshnik would be city-destroying, illustrating how dramatically different outcomes would be with a nuclear payload. Interception and defense: - Postal argues there is no reliable intercept option for this weapon. The high loft and deployment of multiple submunitions after release complicate interception: the submunitions depart the launcher and travel at several kilometers per second above the atmosphere; interceptors would have minutes to react at distances where they would struggle to reach the fast-moving submunitions. - He contrasts this with Iskander, noting that while intercepting Iskander is challenging, the Oreshnik presents a broader, more difficult defense problem due to its trajectory and submunition deployment. Strategic and political context: - The discussion touches on the broader strategic implications, including the psychological impact of a sky lit up by hypersonic activity and the potential for miscalculation leading to nuclear escalation. Postal warns against overestimating the weapon’s nuclear potential and cautions policymakers about proportional responses to conventional attacks. - He critiques public rhetoric and speculative defense concepts (e.g., extreme “golden dome” missile defense schemes) as impractical, arguing that current defenses are unlikely to deter or intercept hypersonic submunition deployments. - The dialogue also reflects on Western economic and political actions, such as sanctions, and suggests that some analyses of the effects on Russia’s economy and strategic posture may mischaracterize outcomes; Postal emphasizes that the weapon’s value lies in its conventional destructive capability and its ability to complicate defense planning, rather than in conventional deterrence or nuclear signaling. - The conversation closes with a stark warning: if thousands of these missiles were deployed, a significant strategic reshaping would follow, necessitating new considerations for air and missile defense, even as existing systems face fundamental limitations in countering hypersonic conventional weapons.

The airborne laser, known as the ABL, is the world's first airborne directed energy weapon. Its installation involves complex modifications, including removing and retrofitting the entire nose section and installing the world's largest titanium plate to hold the turret-mounted laser. The ABL system is designed to locate, track, and eliminate enemy targets in the air and on the ground. It can stay airborne at 40,000 feet for 5 hours, refuel in mid-air, and destroy a target up to 60 miles away in less than a second.

Deception was involved in the operation, with attention directed west towards Guam while B-2s may have flown east from Whiteman Air Force Base in Missouri. Air refuelers were positioned in Europe and the Middle East to support the B-2s, which usually fly round trip from Whiteman. A full payload of 30,000-pound bunker buster bombs were dropped at Fordow, with at least two bombs per entrance, suggesting at least two B-2s were involved. Natanz, another underground enrichment facility, was also targeted with a MOP bomb, as well as Isfahan, a third significant enrichment facility south of Tehran. B-2 bombers flew from Whiteman, a 15-hour trip to the Middle East, and are now out of Iranian airspace. There was unprecedented operational security, with a complete information blackout. Flight trackers indicated B-2 takeoffs from Whiteman, but the timing was unexpected. The waning crescent moon provided ideal dark conditions for bombing. The US military is the only one with this weaponry and capability to strike the three uranium enrichment sites.

Ukrainian engineers designed drone launching systems disguised as wooden cabins on cargo trucks. These mobile containers concealed launch platforms, charging stations, and remote-controlled roofs. The design allowed vertical or angled launches, with signal shielding to avoid detection. Operatives moved the trucks into Russia, parking near airbases. Drones were preloaded and launched remotely, guided by live video feeds to targets within a few kilometers. Some drones carried high-explosive warheads. The operation hit at least five major airbases, damaging strategic bombers, including aircraft Russia no longer manufactures. Ukraine struck 34% of Russia's strategic bomber fleet. Targets included strategic nuclear bombers at Belaya Airbase in Siberia, Ivanovo Airbase near Moscow, Dyajalevo Airbase, and naval bases. Over 40 aircraft were reportedly hit. Some drones used fiber optic control systems, immune to jamming, but with limited range. A signal-enhancing drone can counter Russian electronic warfare. The drones are equipped with RPG warheads with piezoelectric triggers. The Tu-160 can release nuclear cruise missiles.

The AI-powered skill flies itself and reacts 100 times faster than a human. Stochastic motion serves as an anti-sniper feature. Equipped with cameras and sensors, it performs facial recognition. It contains 3 grams of shaped explosive. The small explosion is enough to penetrate the skull and destroy the contents.

The AI skill can fly itself, reacting a hundred times faster than a human. Its stochastic motion serves as an anti-sniper feature. It uses cameras and sensors for facial recognition, similar to phones and social media apps. The device contains three grams of shaped explosive. The small explosion is enough to penetrate the skull and destroy the contents.

The Orishnik missile is described as a state-of-the-art weapon system launched from a massive 12 by 12 truck platform. It is engineered with multiple stages that enable it to reach orbit in a few minutes. A defining capability highlighted is its ability to hit hypersonic speed; once it attains altitude, it transitions into a steep dive, accelerating to hypersonic velocities. During its descent, the missile’s fairing opens to reveal six highly sophisticated warheads. Each warhead is equipped with miniature thrusters at its base, allowing the warheads to maneuver dynamically even as they fall under gravity. This maneuverability enables changes in direction, which is asserted to make it almost impossible for a Patriot missile to hit its target. The description notes that these capabilities are demonstrated in the video ahead.

AI-powered Skill is an advanced flying device with fast processors and anti-sniper capabilities. It features cameras, sensors, and facial recognition like modern mobile devices. It contains 3 grams of shaped explosive for lethal impact. This technology can penetrate skulls and destroy targets effectively.

Following unprecedented strikes against Iran's nuclear enrichment sites in Isfahan, Fordo, and Natanz, three B-2 bombers were involved, each carrying two 15-ton bunker-busting bombs. A flight of B-2s flew east, likely three of them, and annihilated Fordow's, likely destroying Iran's nuclear enrichment program. A separate flight of six B-2 bombers flew west over the Pacific, refueling over Hawaii, but these were decoys. Thirty Tomahawks were fired from a sub. President Trump has made clear for eleven years that Iran will not have a nuclear weapon, and tonight, he enforced it.

In 2016 Russia announced a new type of torpedo called Poseidon. It is 20 meters long and 2 meters in diameter, three times the size of a conventional torpedo. This torpedo uses a small nuclear reactor as propulsion, and it has a limited range. Poseidon is expected to carry a 2 megaton nuclear warhead. It can be launched from a submarine or from a special vessel. Poseidon travels slowly and is not easily detected, moving underwater before it detonates. The nuclear explosion would cause radioactive contamination and could have long-term effects.

The Blackbird is a supersonic reconnaissance aircraft that can reach Mach 3.3, three times the speed of sound. As it flies, air compresses and creates intense shockwaves, heating the fuselage up to 18 degrees Celsius. This heat can cause small fuel leaks after takeoff that disappear at cruising temperature. Developed in the 1960s, the SR-71 was too fast for any missile to catch. It had a weak radar signature and could fly above 25,000 meters, scanning ground areas while avoiding radar detection. This advanced technology allowed the SR-71 to serve for over 20 years without ever being shot down.

The AI drone flies itself and reacts faster than a human. It uses stochastic motion as an anti-sniper feature. Like mobile devices, it has cameras and sensors, and performs facial recognition. It contains three grams of shaped explosive. The small explosion can penetrate the skull and destroy the contents.

The discussion centers on the U.S. military's capability to penetrate deeply buried targets, described as potentially 200-300 feet underground, despite some reports suggesting depths of 1,000 feet. The scenario is compared to the plot of the latest Top Gun movie, involving multiple bombs to achieve penetration. A former Top Gun instructor and retired US Marine Corps officer, David Burke, confirms the feasibility of this operation. He states that no cave is deep enough to defend against the American military if it needs to strike it. He also affirms the accuracy of the description of the weapon system and aircraft involved, emphasizing that while it's a difficult challenge, it is solvable with the described system.

Cheyenne Mountain is a secure military base in Colorado Springs, housing control rooms monitoring threats worldwide. The facility, built to withstand nuclear events, includes living quarters, a cafeteria, and recreational areas. The complex operates with tight security and advanced technology. Additionally, a tunnel boring machine is used to construct tunnels within the mountain, showcasing innovative construction techniques. Marty Technik's specialized equipment allows for efficient tunnel building in challenging geological conditions. The facility's intricate infrastructure ensures operational readiness and safety for national defense.

Following unprecedented strikes against Iran's nuclear enrichment sites in Isfahan, Fordo, and Natanz, it's reported that three B-2 bombers were involved, each carrying two 15-ton bunker-busting bombs. A flight of B-2s flying west over the Pacific and refueling over Hawaii at 11 PM were likely decoys. Another flight of three B-2s flew east, annihilated Fordow, and likely destroyed Iran's nuclear enrichment program. Thirty Tomahawks were fired from a submarine. President Trump has made clear for eleven years that Iran will not have a nuclear weapon, and tonight, he enforced it.

Russia is quietly deploying a smart artillery shell that doesn't need GPS and is changing the game in Ukraine. The Krasnopal M2 is a 152 millimeter projectile also available in 155 millimeter variants with semi active laser guidance that locks on to laser marked targets typically spotted by drones. It boasts pinpoint accuracy within two meters, a 50 kilogram frame, and a high explosive fragmentation warhead designed to demolish armored vehicles, fortifications, and command hubs. Its effective range hits 26 kilometers, stretching to 30 kilometers with advanced long barrel howitzers like the two s 19 Mistah s, two a 65 Mistah b, or two s 43 Malva. A standout feature, it operates without reliance on GPS or GLONASS rendering it resilient against electronic jamming in today's high stakes electronic warfare environment. On the front lines in Eastern and Southern Ukraine, these munitions have proven lethal against top tier western armor with a drone integration cutting the time from target detection to impact dramatically. This development highlights Russia's doctrinal evolution focusing on swift selective firepower and self reliant tech amid ongoing sanctions. As Bekhan Ozdoyev, head of Rostec's weapons cluster notes, the ability to produce and deploy high precision selective fire systems is today one of the keys to ensuring tactical and strategic superiority on the battlefield. In a grueling war of attrition, the Krasnopold m two enhance Russia's edge, enabling more efficient evasive operations that challenge countermeasures.

Missiles have three phases of flight: boost, mid-course, and terminal. To counter this threat, a layered defense system has been developed. The airborne laser, a modified Boeing 747, is the centerpiece of this defense. Equipped with infrared lasers, it scans the horizon for missiles and measures their distance. Once a target is identified, a high-energy laser is fired, causing the missile to explode. Currently, the US Air Force only has one airborne laser, and there are concerns about the laser's quality being affected by moisture and air turbulence. Despite the defense system's capabilities, it is believed that one missile will always manage to get through.

The transcript reports that Russia has completed tests of the Burovesnik missile, with launches slated for 2027. It is described as a doomsday weapon that is rewriting global security, and the speaker asks why Russia built it and what makes it a game changer. The Burovesnik is propelled by a solid-fuel booster and a nuclear air-breathing jet, and during tests it covered a distance of 14,000 kilometers in fifteen hours. It is described as subsonic and capable of operating at high or low altitudes. The weapon is said to have the ability to loiter for months with unlimited range, and it carries a one megaton warhead, which the speaker equates to 70 Hiroshima bombs, ensuring devastating retaliation. Development of the missile reportedly began in 2001 after the United States abandoned the ABM treaty. The missile is described as being sized like the KH-one 101 cruise missile, and it is characterized as a vengeance weapon targeting critical infrastructure. According to the speaker, its endless flight time disrupts the strategic balance and is an alarm to the West. The Burovesnik is described as ground-launched with no carrier needed, delivering precision strikes with a payload range of 50 kilotons to one megaton, stated as the equivalent of 70 Hiroshima bombs. It is presented as a response to US Tomahawks in Europe or Ukraine, and as a key lever in new START talks. The transcript notes that Russia could ramp up production if the treaty ends. The speaker ends with a promo-style call to action, saying not to miss the next big reveal and to follow new rules, geopolitics on X, or cutting edge geopolitical updates, implying ongoing updates about this missile and related strategic developments.

AI technology enables autonomous flight and rapid processing, outperforming human reaction times. It features stochastic motion for anti-sniper capabilities and is equipped with cameras and sensors, similar to modern mobile devices. Facial recognition is also integrated. Inside the device is a small amount of shaped explosive, which can effectively penetrate the skull and cause significant damage.

The AI skill allows the device to fly itself, reacting 100 times faster than a human. Stochastic motion serves as an anti-sniper feature. The device is equipped with cameras and sensors, enabling facial recognition. It contains 3 grams of shaped explosive. The small explosion is enough to penetrate the skull and destroy the contents.

Speaker describes Russia’s nuclear underwater weapon project, the Status Six oceanic multipurpose system, codenamed Poseidon. Public reports begin in September 2015. Poseidon is an unmanned torpedo-shaped drone that can be loaded onto and launched by a submarine, or remain dormant in a box on the ocean floor until activated. Once armed, it has a range of 10,000 kilometers and travels slowly across the ocean for weeks or months to avoid detection, then accelerates to over 100 miles per hour when near an enemy coastline to detonate its nuclear bomb before detection. The bomb carried by Poseidon is allegedly the most powerful nuclear device ever created, capable of 200 megatons of explosive power and detonated underwater. For comparison, the Tsar Bomba, the largest tested nuclear device, was 50 megatons. The Poseidon bomb is described as a cobalt bomb designed to unleash more radioactive fallout than a normal nuclear bomb, making the resulting wave both enormous and highly radioactive. A 200-megaton underwater detonation is said to unleash a 500-meter-high tsunami toward an enemy coastline, far taller than most structures. The comparison notes that the Empire State Building would be minuscule beside such a wave, and even the 2004 Indian Ocean tsunami maxed at about 30 meters, which Poseidon’s 500-meter wave would exceed by a wide margin. The tsunami would deliver catastrophic devastation, with highly radioactive water contaminating ground and drinking water. The transcript states that the Russian Navy has allegedly ordered 30 Poseidon armed drones, with half assigned to the Northern Fleet in the Arctic Ocean and half to the Pacific Fleet based in Vladivostok. Poseidon is described as a weapon of last resort, intended to be used only when all other hope in a war seems lost, and once initiated there is “never any going back.” The speakers emphasize Poseidon’s purpose as a last-ditch option designed to circumvent capable US and European missile defense systems. The description includes a hypothetical modeling finding from the University of Washington: a 100-megaton underwater detonation off the coast of Long Island would flood Long Island, New York City, and portions of surrounding states; Poseidon’s 200-megaton capacity would double that destructive potential, creating a far larger, more radioactive flood. The overall portrayal frames Poseidon as an extraordinarily powerful, nuclear underwater weapon with dramatic strategic implications, reserved for extreme scenarios.

The AI skill allows the device to fly itself, reacting 100 times faster than a human. Stochastic motion serves as an anti-sniper feature. The device contains cameras and sensors, enabling facial recognition. It contains 3 grams of shaped explosive. The small explosion is enough to penetrate the skull and destroy the contents.

Troops in Nevada are getting ready for an underground lake explosion, which is said to be as powerful as 1,000 tons of TNT. This new weapon, known as the atomic satchel, can be carried by just one person. Another underground explosion releases radioactive debris into the sky. America is adding the atomic satchel to its arsenal.

On presidential orders, US Central Command executed Operation Midnight Hammer, a strike against three Iranian nuclear facilities. The mission involved B-2 bombers launched from the US, with a portion acting as a decoy. The main strike package of seven B-2s executed in-flight refuelings and linked with escort aircraft. A US submarine launched over two dozen Tomahawk missiles at Esfahan. Deception tactics, including decoys and fourth and fifth-generation aircraft, were employed. The strike package was supported by multiple US commands. At 6:40 PM EST, the lead B-2 dropped two GBU-57 massive ordnance penetrator weapons on Fordow, with a total of 14 dropped on two nuclear target areas. All three targets were struck between 6:40 PM and 7:05 PM EST. Initial battle damage assessments indicate severe damage and destruction. Over 125 US aircraft participated, and approximately 75 precision-guided weapons were used. Force protection measures were elevated in the region, and US forces are prepared for potential Iranian retaliation. The operation demonstrated the US military's global reach and capabilities.

The speaker says reports indicate the location is anywhere from just under 200 to 300 feet deep, but claims of 1,000 feet are likely propaganda. He compares the situation to the plot of the latest Top Gun movie, where multiple bombs are used for penetration. Another speaker confirms the discussion is about penetrating up to 200 feet below the surface. David Burke, a former Top Gun instructor and retired US Marine Corps officer, states that penetrating the location can be done and that no cave is deep enough to defend against the American military. He affirms the description of the weapon system and aircraft is accurate and that while it's a hard problem, it is solvable with this system.