F-15EX: The Missile Truck Of The Fighter World The F-15EX Eagle II is built around one thing that most fighters simply cannot match, raw weapons carrying capacity. It can haul roughly 29,500 lb (13.4 tonnes) of weapons and has been tested to carry 12 air to air missiles at once, including AIM-120 AMRAAMs and AIM-9Xs. That is where the Eagle II gets crazy. The F-15EX can carry more than 3× the weapons payload of an F-35, while its huge airframe also gives it the space and power to accommodate future long range and even hypersonic weapons. I see the F-15EX less as a traditional dogfighter and more as a heavily armed weapons truck with fighter performance. The F-35 brings stealth and internal weapons carriage. The F-15EX brings something different, range, speed, and an enormous missile and bomb load. That combination makes the Eagle II one of the most heavily armed tactical aircraft flying today.

🇪🇺🇩🇪 I think Europe has every reason to be worried. Germany has raised its Russian sabotage threat to the second highest level, and the Bundeswehr is warning that attacks could happen soon. Now, what I find interesting is that Germany isn’t just talking about the threat anymore. It’s actually tightening security at its military facilities. I believe Russia doesn’t have to start a direct war with NATO to cause serious trouble. Even a few well planned sabotage attacks could disrupt military operations and put European governments under pressure. And remember, Germany is one of NATO’s most important military hubs in Europe. If Berlin is taking this threat this seriously, I think the rest of Europe should be paying close attention too. The last thing NATO needs is a security crisis developing inside its own territory while tensions with Russia are already running high.

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The Countdown to Another War With Iran May Have Begun Israeli Air Force bombing rehearsals targeting Iran from Iraqi airspace are raising serious alarm bells. We have seen a similar pattern before the 12 day war and subsequent US Israeli strikes on Iran. My Assessment: Washington may be putting one final offer on the table before the military option returns. If Tehran makes the right strategic calculations and diplomacy prevails, another war may still be avoided. But if this final window closes without a breakthrough, Iran could face another joint US Israeli assault, potentially on a far more devastating scale. These preparations do not guarantee an imminent attack, but the pattern is difficult to ignore. The next few days could be critical. Tehran may now be facing a defining choice, make a deal or risk another devastating confrontation.

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Why MOAB Could Fail Against Iran’s Pickaxe Mountain The biggest mistake is assuming that a bigger explosion means greater destruction underground. The GBU-43/B MOAB weighs approximately 21,600 pounds and can unleash a devastating blast. But its real limitation becomes clear when the target is buried deep inside a mountain. The problem isn't how much explosive power MOAB delivers. It's how much of that energy can reach the target. If Pickaxe Mountain houses deeply buried infrastructure protected by thick layers of rock, a massive surface explosion may cause significant damage around tunnel entrances and exposed structures without destroying the critical facilities hidden inside. Now compare that with the GBU-57 Massive Ordnance Penetrator. The MOP was designed for a fundamentally different mission, penetrating hardened, deeply buried targets before detonating. Instead of relying primarily on blast effects above ground, it attempts to bring the explosion closer to what lies beneath. But even the MOP has limitations. Its effectiveness depends on the depth of the target, the geology, the protective structures and the weapon's ability to penetrate them. This is the critical distinction, MOAB is built to maximize blast effects. GBU-57 is built to defeat deeply buried targets. Against a mountain protected facility, explosive yield alone doesn't determine success. The real question is whether the weapon can overcome the physical barriers separating the explosion from the target. Because you can devastate the mountain's surroundings and still fail to destroy what's hidden inside it.

🇨🇳 China’s FT-12A Could Be A Big Deal So, China has this FT-12A extended range precision bomb that can hit targets around 500 km away. It uses folding wings and a turbojet engine, with satellite and laser guidance options. And honestly, the 500 km range isn't even the part that gets my attention. It's what this could mean for the cost of precision strikes. Think about it. Why use an expensive cruise missile for every target when you can potentially use a much cheaper air launched weapon that can still reach hundreds of kilometres? That means you can potentially carry and deploy a lot more of them. Airbases, logistics hubs, command facilities, fuel depots and other important targets could suddenly be threatened much farther behind the frontline. And then you have the wider FT-12 family, including the rocket boosted variant. That is where I think China is playing an interesting game. It's not simply trying to build another long range weapon. It's trying to make long range precision strike more affordable and scalable. And if these weapons really can be produced cheaply and in large numbers, that creates a serious headache for air defence. Because defending against a handful of expensive missiles is one problem. Defending against large numbers of affordable precision weapons is a completely different problem. That, to me, is the bigger story behind the FT-12A. The future of precision warfare may not just be about having the best missile. It may be about having enough of them.

South Korea is entering the hypersonic race, and honestly, this is something worth watching. Seoul has tested its first homegrown hypersonic glide vehicle, adding another layer to its efforts to counter North Korea’s growing missile threat. What stands out to me is that South Korea isn't just looking at building more missiles. It's working on technology that can maneuver at hypersonic speeds, making interception more challenging. If Seoul manages to turn this into an operational weapon, North Korea will have another problem to factor into its military planning. The test is one thing. Making the weapon reliable and ready for deployment is the real challenge.

China’s J-36 Is Playing In A Completely Different League! What caught my attention is the claimed range and combat radius of China’s sixth generation J-36. We’re talking about a massive aircraft weighing 50-60 tonnes at takeoff, with a range exceeding 6,000 km and a combat radius of over 4,000 km. The exhibition display also claims a maximum speed of Mach 2-5.2, although that extraordinary figure remains unverified. Here’s why I believe sixth generation fighters could change the entire game. It’s no longer just about who has the most fighter jets. It’s about who can detect the enemy first, process information faster, coordinate drones, and strike deep inside hostile territory before the opponent can respond. If the J-36 delivers even a substantial portion of these claimed capabilities, it could become a serious challenge for traditional airpower planning. One thing is clear, the next generation of air warfare could look very different from what we see today.

Russia’s Su-57: A 5th-Gen Fighter or Just a 4.5-Gen Jet? I’ve always questioned whether the Su-57 truly belongs in the same league as the F-22 and F-35. Look at what happened at China’s Zhuhai Airshow in 2024. Close up photos exposed visible screws, bolts and questionable exterior finishing on Russia’s supposed stealth fighter. Chinese spectators and aviation enthusiasts mocked its build quality. And that’s just the beginning. Its stealth capabilities remain a major question mark, its next generation engine programme has faced years of delays, production remains limited, and its real world combat performance against advanced air defences is still largely unproven. Yes, the Su-57 has impressive maneuverability, advanced sensors and internal weapons bays. But being able to perform spectacular aerobatics doesn’t make a fighter a true peer of the F-22 or F-35. My take? The Su-57 looks more like a 4.5 generation fighter with some fifth generation capabilities than a fully mature fifth generation stealth platform. Russia has built an impressive looking aircraft. Whether it has built a genuine F-22/F-35 competitor is an entirely different question.

🇵🇰 Pakistan’s Rocket Force Could Become A Force For Peace When people hear “Rocket Force”, they immediately think about war. I look at it differently. Pakistan is building a conventional strike capability that could actually help prevent the next India Pakistan war. After the May 2025 clashes, Pakistan announced the Army Rocket Force Command. Since then, the Fatah family has continued to expand. Fatah-1: ~140 km Fatah-2: ~400 km Fatah-4: ~750 km Fatah-4ER: reported 1,000–1,500 km And Pakistan has more coming. Fatah-3 and Fatah-5 have been announced, although their final specifications and operational status are still unconfirmed. Then look at the wider Pakistani strike arsenal. The Taimoor air launched cruise missile is reported at around 600 km, while the CM-400AKG is already in service and is designed for high speed terminal attacks, with its terminal speed commonly reported at around Mach 5. Put all of that together and Pakistan is building something much bigger than a collection of missiles. It is building deterrence. Ground launched weapons. Air launched weapons. Fighter aircraft. Drones. Surveillance. Targeting. All of these give Pakistan more ways to defend itself without immediately crossing the nuclear threshold. And that is exactly why I call this a potential force for peace. A strong deterrent can prevent a war before it starts. If India knows that a major escalation could expose important military infrastructure to Pakistan's conventional precision strike capability, the decision to escalate becomes much harder. Pakistan doesn't need to fire every weapon it develops. In fact, the ultimate success of deterrence is when the weapons never have to be fired. The message is simple, Pakistan is not looking for another war. Pakistan is making sure that if war is forced upon it, the country has the ability to respond. The reported 1,000-1,500 km range of the Fatah-4ER, could push Pakistan's conventional stand off reach even further. For now, that range remains a reported figure rather than an officially confirmed specification. And if Pakistan continues improving range, accuracy, mobility and survivability, this force could become one of the country's most important tools for maintaining strategic stability. I think a stronger Pakistan does not necessarily mean more war. Sometimes it means the opposite. When both sides know the cost of escalation, both sides have a stronger reason to step back.

This Is What Combat Proven BVR Looks Like When people compare BVR missiles, they usually start with range and seeker technology. I look at something else first, has it actually been used in combat? The AIM-120 AMRAAM has a publicly cited record of 16 confirmed air to air kills. Its combat history goes back to Iraq, then the Balkans, and later Syria. Iraqi MiG-25s and MiG-23s, Serbian MiG-29s, a Syrian Su-22 and several Syrian aircraft engaged by Turkish F-16s all became part of that history. Then there was the 2019 India Pakistan clash. India recovered AIM-120C-5 fragments and displayed them, confirming that Pakistani F-16s had fired AMRAAMs. Pakistan said an AMRAAM was used against an Indian MiG-21, although the exact weapon attribution remains disputed. For me, that's what makes AMRAAM interesting. There are plenty of newer BVR missiles with impressive specifications. But AMRAAM has already been through the part that matters most. Someone actually had to fire it at another aircraft in war. That's a record you can't get from a brochure.

The Empire That Couldn’t Win Afghanistan. I always find it interesting when Moscow talks about being a great military power. Because history has a pretty good reminder. In 1979, the Soviet Union walked into Afghanistan as a nuclear superpower. Huge army, thousands of tanks, aircraft and a military machine built to project power. Then the United States and Pakistan changed the equation. Pakistan became the frontline. American and Pakistani intelligence cooperation helped arm, support and coordinate the anti Soviet resistance, while Washington provided the resources and weapons needed to keep the pressure on Moscow. This was not just a battlefield war. It was an intelligence, logistics and proxy war. And the Soviets kept throwing military power at it. More troops. More aircraft. More firepower. Still no victory. The United States and Pakistan delivered a strategic blow that Moscow could not simply overpower. In 1989, the Red Army finally withdrew. Two years later, the USSR collapsed. Of course, Afghanistan alone did not destroy the Soviet Union. The Soviet system already had deep economic and political problems. But the Afghan war became a devastating strategic setback and one of the major blows to Soviet prestige in its final years. And here is the part I find most striking, The USSR disappeared, but Russia inherited its history. The blow the United States and Pakistan helped deliver to Soviet power in Afghanistan became a humiliation embedded in the final chapter of the Soviet era. Moscow may have left Afghanistan decades ago, but that defeat remains one of the historical scars Russia inherited from the USSR. The Soviet Union went into Afghanistan to prove its power. It came out having exposed its limits. And two years later, the empire itself was gone.

Russia’s Illegal War Of Aggression Is Leaving A Trail Of Civilian Death Across Ukraine I’ve been tracking the civilian toll, and the numbers expose the devastating human cost of Russia’s invasion of Ukraine. During the first eight months of 2026, at least 2,222 civilians were killed and 13,058 injured. The toll had already surpassed the entire civilian casualty figure recorded throughout 2025. And the destruction is not confined to the frontline. Russian ballistic and cruise missiles, drones and guided aerial bombs continue to reach Ukrainian cities and communities far from active ground fighting. In August alone, long range weapons accounted for 47% of civilian casualties. September brought another devastating toll. Between 1 and 24 September, at least 200 civilians were killed and 1,234 injured in attacks involving these weapons. That is 1,434 civilian casualties in just 24 days of September, added to an already staggering toll. Russia’s illegal war of aggression is continuing to expose Ukrainian civilians to a sustained campaign of long range attacks. These are not simply numbers on a battlefield map. 2,222 killed. 13,058 injured. Another 1,434 casualties in September. Behind every figure is a Ukrainian person, a family and a community whose life has been shattered by Russia’s invasion. Ukraine continues to endure the consequences of a war imposed on its people.

🇺🇸 The Sixth Generation Fight Is Coming To The Carrier Deck The U.S. Navy has already brought fifth lgeneration stealth to the carrier deck with the F-35C. Now, it is preparing for the next jump. Boeing is set to develop the Navy’s F/A-XX, the future carrier based fighter designed around sixth generation capabilities. And this could be much more than a new fighter jet. Think longer reach, advanced sensors, networked warfare and closer integration with unmanned aircraft, all built around the carrier strike group. The F-35C changed what a carrier fighter could do. F/A-XX is being developed to change what the carrier air wing itself can become. The sixth generation era is coming to sea.

Six Indian Fighters Down. Now Azerbaijan Is Looking. Pakistan’s J-10Cs shot down six Indian fighter jets, including Rafales, during the May 2025 air battle. Now Azerbaijan has acquired the J-10CE, adding another flag to the fighter’s growing international footprint. What stands out to me is how quickly the J-10C’s story has changed. Pakistan gave the aircraft something every fighter manufacturer wants, real combat exposure against a sophisticated opponent. Now potential buyers are not just studying brochures and specifications. They are watching what the aircraft can actually do in the air. Pakistan put the J-10C in the spotlight. Azerbaijan is showing that the spotlight is getting wider.

🇯🇵 Japan’s Most Dangerous Naval Weapons May Be Underwater Japan has quietly built a submarine force that deserves far more attention. The JMSDF operates around 22 submarines, including the modern Taigei class and Soryu class. These are not simply boats sitting in port. They form a stealth layer of Japan’s maritime defense, backed by advanced sensors, maritime patrol aircraft and powerful surface combatants. And that is where Japan becomes particularly interesting. A navy approaching Japanese waters has to worry about ships it can see, aircraft above it and submarines it may never detect. Japan has spent decades building exactly this kind of layered underwater and anti submarine capability. The result is a maritime force designed to make the waters around Japan an extremely difficult operating environment for an adversary. The destroyers may get the headlines. The submarines may be the part that keeps an enemy commander awake.

🇺🇸🇨🇳 China’s J-35 could have a serious BVR advantage. The J-35 is designed to carry 6 PL-15s internally, compared with the F-35’s current 4 air to air missile internal load. That’s 50% more missiles while keeping them inside the weapons bay. More missiles + stealth + long range PL-15s means the J-35 could have more shots available in a BVR fight. And if its larger internal fuel capacity delivers the expected range advantage, that makes the combination even more interesting. China is clearly building the J-35 around stealth, range and missile magazine depth.

🦅🇺🇸 Why The F-22 Remains The Stealth Benchmark The Raptor was never designed to win by being seen first. It was designed to find, track and strike before the opponent fully understands what is happening. Its exact radar cross section remains classified, but the aircraft’s geometry, radar absorbent materials, internal weapons bays and signature management design were built around one objective, minimize the enemy’s chance of detecting and tracking it. Then comes the combination of supercruise, sensor fusion, electronic warfare and high end situational awareness. That is what makes the F-22 different. Stealth is not one feature on the Raptor, it is the foundation around which the entire aircraft was engineered.

🇫🇷 France still has no operational fifth generation fighter, but there is a reason for that. Paris chose to keep the Rafale evolving instead of buying the F-35. Now France is pushing Rafale F5 toward a much more networked battlefield, with a new radar, stronger electronic warfare, AI assisted systems and a stealth combat drone working alongside it. The interesting part is what comes next, France wants to preserve the ability to build its own next generation fighter rather than become dependent on another country. So France may have skipped the conventional fifth generation route entirely, betting that Rafale F5 + stealth drones can keep its air force relevant until its next clean sheet fighter arrives. That is a very different strategy from the F-35 path.