Directly above the territory of Iran, a sky can be described as a stressful area; this is the place where smart decisions are combined with caution and the use of very advanced technology. For a long time, the US and Iranian military have been present up there performing a silent dance of anxiety. Spy drones like the MQ-1 Predator would be making their sorties very close to the Iranian air border in order to gather data and test the limits in a non-aggressive way. However, a different thing took place in 2013. The brief, almost cinematic, clash between a US F-22 Raptor and two Iranian F-4 Phantoms changed the entire manner of aerial engagements and very visibly pointed out which was the master of the sky.

To appreciate the meaning of that event, it’s useful to take a step back in time to November 2012. That was when two Iranian Su-25 Frogfoots detected an American Predator drone about 16 miles off Iran’s coast. The Predator was not designed to dogfight—it’s sluggish, unarmored, and equipped for long-range surveillance. Nevertheless, it was immediately the target. Iranian pilots took several gun runs with their 30mm cannons.

The drone somehow survived intact—possibly because the Iranians were low on rounds. Whether the attack was intended as an actual kill or merely a demonstration shot, the message was received with crystal clarity by the U.S. As a result, drones operating near Iran started getting fighter escorts. At times, that was F/A-18 Super Hornets from nearby Navy ships. Other times, it was something much quieter—the F-22 Raptor, stealthily flying out of the United Arab Emirates.

Then March 2013 arrived. Another MQ-1 Predator was on a routine surveillance mission, again close to Iranian airspace. Again, Iranian fighter jets scrambled to intercept. But this time, the Iranians had a higher stake. It wasn’t the low-and-slow Frogfoots—it was two F-4 Phantoms, Cold War-era fighters that could still reach Mach 2 and were still packed with serious firepower. To Iran, the unarmed drone was sitting duck fare. But there was one huge thing that the Iranian pilots didn’t realize: they weren’t alone.

High above and entirely radar invisible, an F-22 Raptor flown by Lt. Col. Kevin “Showtime” Sutterfield was following along behind. Due to its stealth configuration, the Raptor had been tracking along behind the Iranian Phantoms without ever being detected. As one of the F-4s targeted the drone, Showtime crept silently down under the jet to inspect its guns.

Next, in a scene that seemed more out of a spy movie than real, he eased up alongside the Phantom and called over the radio. “You really oughta go home,” he told them. The Iranian pilots, realizing belatedly that they had been flying near a stealth fighter, didn’t protest. They turned the plane around and headed back to base.

No bullets were fired. No dogfight ensued. But that serendipitous, otherworldly conversation changed the dynamics of aerial power. The U.S. had proven its point—not with missiles, but with presence. The F-22’s stealth capability to linger undetected in enemy airspace gave the U.S. complete mastery over the encounter. For Iran, that they never realized the threat until it was alongside them was probably a shocking revelation.

Air Force Chief of Staff Gen. Mark Welsh later recounted the tale publicly. He praised the skill and professionalism of Showtime, saying he was a Reservist who “flies the F-22… and flies it pretty darn well.” But beyond that, the tale illustrated how the combination of stealth, speed, and situational awareness in the Raptor made it the ultimate leveler, even against more than one enemy fighter. The F-22 turned the numbers game into a joke. Two to one didn’t count when one side couldn’t even see two.

It’s not the technology that makes battles like this significant. It’s the message. The presence of the Raptor in concert with that drone spoke volumes: the U.S. will protect its assets, and it can protect them in ways that make enemies uncertain of what they’re even dealing with. But equally important was restraint. Rather than making it a confrontational exchange, the F-22 pilot exercised judgment over gunfire. That one calm warning probably averted a scenario that could have turned into an international incident.

Aside from the tactics, this encounter highlighted a gulf between fifth-generation stealth fighters and older planes still operated by many air forces, including Iran’s. The lesson: regardless of pilot experience or how quickly the jet, old technology can’t compete with new stealth. As aviation analyst Alex Hollings noted, this type of encounter highlights just how overpowering stealth platforms have become when combined with smart, calculated application.

There’s also a larger issue here regarding how the wars of the future are being fought. It’s not always which side possesses the largest missile or the fastest aircraft. It’s about perception-shaping, decision-influencing, and operating in manners that continue to keep your enemies guessing. That 2013 F-22 incident off the coast of Iran was a prime example of that evolution. Within minutes—and using just a few words—it demonstrated how information, invisibility, and timing could redefine the rules of engagement altogether.

For quite a long period, the F-16 Fighting Falcon was known as one of the most multi-purpose and agile fighter jets that were ever created. The idea of “blitz fighter” was behind the design of the aircraft in the 1970s, which meant that it was extremely light, fast, and for the use of close combat only, thus giving the pilots not only a great view but also perfect controllability. But air fighting has changed completely since then, and besides the new kinds of threats, the F-16’s primary rivals aren’t only the ones with the same raw specs—they are of technology, doctrine, and the pilots who operate them.

During the period of the Cold War, the fourth generation of aircraft, like the F-16, F-15, MiG-29, and Su-27, made a revolution in air-to-air combat by implementing cutting-edge avionics, installing powerful engines, and launching sophisticated missile systems. However, the development towards stealthy fifth-generation aircraft—like the F-22 Raptor and the Russian Su-57—has made the situation even more complicated. Take the example of the older versions of the F-16; these are generally slower in some cases, depending on which opponent they face.

Another significant issue that the Falcon faces is a beyond-visual-range (BVR) fight. Modern missiles like AIM-120 AMRAAM, R-27ER, and Meteor are capable of being launched from a spot that is far beyond the horizon, and thus, the pilots have to make very quick decisions. In this field, the power of the radar, the efficiency of electronic warfare, and the extension of the missile range play a bigger role than the aircraft’s agility.

In this area, the F-15C Eagle always proves to be one of the F-16’s most formidable adversaries. The Eagle’s longer radar, greater missile payload, and better endurance provide it mastery of the engagement, compelling the lighter Falcon into a second-guessing mode. As one commentator pointed out, the F-15 can draw the combat into its preferred envelope—either in high-altitude BVR battles or by exploiting one-circle turning fights. Its confluence of versatility and potency makes it a problematic adversary for the Viper.

On the Soviet side, the MiG-29 Fulcrum and Su-27 Flanker represent a different threat. Conceived with ferocious dogfighting in mind, the MiG-29 in particular is a master of close-range combat. Its thrust-to-weight ratio and aerodynamic profile allow it to execute vicious maneuvers at high angles of attack, a horror for any pilot committed to a turning duel.

The bigger Su-27 extends that equation with more radar range and endurance, but Soviet combat doctrine tended to favor ambush tactics—flying low to use terrain to one’s advantage and spreading out from road bases for surprise deployment. Even older Soviet aircraft, such as the MiG-23MLD, demonstrated they could give American planes such as the F-14 Tomcat fits in skilled hands, illustrating just how much pilot ability and doctrine could level the playing field.

Europe’s modern fighters, meanwhile, highlight the Falcon’s struggles against newer fourth-plus generation designs. Jets like the Eurofighter Typhoon, Dassault Rafale, and Saab Gripen pack advanced AESA radars, networked data systems, and reduced radar signatures.

Armed with long-range Meteor missiles, they can often fire before an F-16 even registers a threat. In close-range encounters, their excellent energy retention and maneuverability—particularly at slower speeds—make them formidable. Even when the pilots are evenly matched, these machines tend to tip the scales against the Falcon.

And then there are fifth-generation stealth fighters, which change the equation nearly completely. The F-22 Raptor is even referred to as an “unfair” opponent, with stealth, supercruise, and unparalleled situational awareness of the battlefield. The F-35, China’s J-20, and Russia’s Su-57 all introduce their own mixture of stealth and high-tech sensors. Against those, F-16 pilots might not even know they’re being shot at until missile warning lights come on—sometimes after it’s already too late to respond.

Nevertheless, aerial combat has never merely been about machines. Operations like Red Flag and flight schools like TOPGUN have consistently demonstrated that tactics, training, and experience can bridge the gap between older aircraft and advanced hardware. F-16 adversary squadrons have pressured even top aircraft like the F-22 in simulated dogfights, reminding that a savvy pilot can take full advantage of the Falcon’s quickness and surprise. As one trainer said, “The pilot counts more than the plane.”

The contemporary air fight “meta” now favors observing first, firing first, and remaining concealed—not choreographed dogfights. With electronic warfare, stand-off sensors, and long-range missiles characterizing engagements, older models of the F-16 have a tall order to fill. But in the hands of an accomplished pilot, the Falcon still bites. Although it no longer has a monopoly on the skies as it used to, the jet still demonstrates that air combat is as much human creativity as it is engineering.

The competition to produce weapons that are highly effective, easy to modify, and low-priced has been the main factor influencing naval warfare at sea. Such a phenomenon can be perfectly illustrated by the project of the U.S. Air Force – the QUICKSINK plan – which provides a very easy, but very efficient way to destroy other ships. The United States cannot keep its command of the naval area of the Indo-Pacific simply by throwing more ships into the water. Improved and more intelligent ammunition, rather than just an increase in the number of ships, might become the answer.

Initiated by the Air Force Research Laboratory as a Joint Capability Technology Demonstration, QUICKSINK was intended to convert conventional unguided bombs into precision ship-killer munitions.

The idea is simple but ingenious: add a Joint Direct Attack Munition (JDAM) guidance kit to excess 2,000-pound or 500-pound bombs, and then add an advanced seeker system. Developed on a Weapon Open Systems Architecture (WOSA), this seeker integrates millimeter-wave radar with imaging infrared sensors. The radar will be able to spot ships regardless of weather, and the infrared system will lock onto warm objects, assisting the weapon in distinguishing between legitimate military targets and civilian vessels.

Tactically, QUICKSINK is a significant force multiplier. It enables the U.S. to quickly disable large numbers of enemy vessels—possibly including carriers—without depleting its naval resources. Stealth jets like the B-2, and eventually the B-21 Raider, can drop these from standoff distances, presenting reduced risk to aircrews and making enemy defenses harder. The modularity in seeker design also makes it easy to adapt the system for future weapons and planes, keeping it relevant as threats and technology evolve.

What most attracts me about QUICKSINK is its price. Pricier anti-ship missiles like the AGM-158C Long Range Anti-Ship Missile (LRASM) cost around $3 million per copy, and even the aging Harpoon is $1.4 million.

In comparison, a JDAM kit is $20,000 to $30,000, and the QUICKSINK seeker now costs around $200,000—and might fall to $50,000 with mass production. That would put an entire weapon in the range of $70,000 to $250,000. At that cost, the U.S. can have deep reserves and support long, high-density operations in a manner that’s simply not possible with higher-priced missile systems.

It enables the U.S. to quickly disable large numbers of enemy vessels—possibly including carriers—without depleting its naval resources.

Stealth jets like the B-2, and eventually the B-21 Raider, can drop these from standoff distances, presenting reduced risk to aircrews and making enemy defenses harder. The modularity in seeker design also makes it easy to adapt the system for future weapons and planes, keeping it relevant as threats and technology evolve.

As the Navy and Air Force develop and expand the program further, QUICKSINK is proving itself an exemplar of the way innovative engineering and frugal design can tip the balance of power at sea—without shattering the defense budget.

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The F-15EX Eagle II is among the very few aircraft that can trace their way back through the lineage of the iconic, powerful vintage fighter and still be compatible with the requirements of today’s war. The user of the plane can view it as one of the essential future elements or as a retro-style revival, but the truth is that it is not a relic or an interim solution – it is a jet that is heavily modernized and designed for the most complicated air combat scenarios of the present day.

This beast originally stems from the first F-15 Eagle, which was built near the dawn of the 1970s. At the time, the F-15 was tailored to dominate the dogfight scene, on the back of energy-maneuverability theory, the performance of which was thought to be irreplaceable. Later on, the performance got improved through the emergence of various variants such as F-15C/D, and multirole F-15E Strike Eagle, each of these new incremental steps incorporating technology to stay ahead of the threat curve. The pilot’s task when the U.S. Air Force made its debut F-15EX order in 2020 was nothing complicated: replace the old F-15C/Ds with a newer, more powerful, and capable aircraft that could do more than just air-to-air combat.

In terms of performance, the F-15EX is a beast. With the ability to achieve Mach 2.5, it’s the fastest fighter on U.S. production lines today. Its two General Electric F110-GE-129 engines produce almost 30,000 pounds of thrust each and take it up to a top altitude of 60,000 feet. Digital fly-by-wire flight controls—introduced in the F-15 family—provide the pilots with even narrower handling and safety margins, enabling them to perform wild maneuvers comparable to more advanced thrust-vectoring designs. Large touchscreen screens and dual Digital Helmet Mounted Cueing Systems in the cockpit provide pilots with a clear picture of the battlefield.

Where the Eagle II shines is in carrying a massive payload—over 29,000 pounds of ordnance. That can be a dozen AMRAAM missiles or even 22-foot-long hypersonic missiles. With AMBER racks, it can hold up to 22 air-to-air missiles, which means it is an unparalleled “missile truck” for supporting stealth fighters by bringing raw firepower from afar. Its open architecture for mission systems allows it to rapidly add new sensors and weapons as technology evolves.

Its electronic warfare is equally impressive. Its AN/APG-82(V)1 AESA radar has long-range detection and multitarget tracking, while its EPAWSS (Eagle Passive/Active Warning and Survivability System) gives it enhanced threat detection and countermeasures. Brig. Gen. Jason Voorheis called EPAWSS a huge step forward in survivability and lethality, capable of finding, identifying, and jamming adversary systems on its own. Because it’s software-centric, it can be updated in real-time to remain effective against shifting threats.

F-15EX is not limited to a single role. While air dominance is part of its DNA, it’s also being considered for missions from electronic attack to manned-unmanned teaming. It has the potential to be outfitted with Next Generation Jammer Pods, which will perform some of the electronic warfare missions previously reserved for other aircraft.

Its two-seat configuration makes room for a backseat weapons officer to control drone formations, stretching the jet’s reach without taking it into the most dangerous areas.

Most unorthodox of all is its possibility as an air refueler at high speeds. With “buddy” tanker pods in progress, the F-15EX could top off stealth fighters in much closer proximity to the fight than big, vulnerable tankers can, resupplying the front line and keeping it engaged.

From a cost and logistics perspective, the F-15EX is a huge plus. It’s much cheaper to purchase and maintain compared to stealth-specific aircraft, and it uses roughly 70% of its components from previous F-15s. It takes just two weeks to rotate an F-15C pilot into an F-15EX, which means very little downtime for operational squadrons. The Air Force intends to purchase at least 144 of them, giving it a robust fighter force without being dependent solely on high-maintenance stealth squadrons.

Internationally, the jet has attracted interest from a number of allies. Israel ordered 50 F-15IAs, Indonesia ordered 24 F-15IDNs, and Poland is considering its position. Qatar and Saudi Arabia already have advanced models of the Eagle, further cementing the type’s position as a reliable and versatile platform.

Its lack of stealth is usually criticized as its greatest failing, particularly in light of current long-range air defenses. That’s missing the point, however—the F-15EX isn’t meant to replace stealth planes. Rather, it augments them, performing roles where stealth isn’t quite as necessary while bringing enormous firepower, electronic warfare assistance, and adaptable mission envelopes. Once the airspace is secured, it can take up much of the workload, allowing stealth platforms to be reserved for the missions only they are suited to.

The blending of proven airframe, state-of-the-art avionics, and advanced electronic warfare capabilities guarantees the F-15EX will be on the battlefield for years to come. In a world where responsiveness and flexibility are paramount, the Eagle II demonstrates that speed, payload, and flexibility are as important as stealth in forging air combat’s future.

Aircraft carriers were the most potent and influential vessels of the naval forces, the “air fleets” through which their authority was felt anywhere in the world, for a long time. Creating a real supercarrier, however, could only ever be imagined in conjunction with Russia’s determination, pride, and desire to equal its sea-borne powerful adversaries. Ulyanovsk was where, at the end of the 1980s, this dream turned into reality that was to revolutionize Moscow’s navy, but, instead of the first, the ship became one of the talked-about “what-ifs” of naval history.

The Ulyanovsk began construction in 1988 at the Mykolaiv shipyard, Ulyanovsk—official designation Project 1143.7—intended to be the first Soviet carrier on par with the American behemoths of the day. Whereas the Admiral Kuznetsov employed a ski-jump to take off, Ulyanovsk employed steam catapults, which could safely carry heavily loaded aircraft.

Had she been almost 80,000 tons long and 324 meters, she could have been comparable to the largest carriers globally. Her nuclear power plant with four reactors, driving four turbines, allowed her to reach a speed of 30 knots, and her autonomy was limited only by the crew’s endurance.

The flight deck of the ship would be able to accommodate up to 70 aircraft: Su-33 fighter, Yak-44 early warning aircraft, and Ka-27 helicopters. The ship would also have substantial missile equipment consisting of P-700 Granit missiles, S-300 anti-aircraft systems, and some close-in weapon systems.

The term was straightforward. Ulyanovsk was more than a warship—it was a statement that the Soviet Navy could now challenge the carrier strike force of its adversaries. To Moscow, it was a badge of political presence and one of military necessities.

Fate, however, had other plans. The Soviet Union disintegrated at the time the carrier was breaking through. By the beginning of 1992, only a quarter of the ship had been constructed, and Moscow and Kyiv’s new governments had little money—or inclination—to finish it.

The expenses had increased far beyond early estimates to the billions. Economic survival now being the priority, the incomplete hull was ordered to be broken down into scrap metal. Soviet supercarrier dream expired on February 4, 1992, on the cutting room floor of a shipyard.

Waves of Ulyanovsk’s collapse still echo. Russia’s only carrier, the Admiral Kuznetsov, is now infamous for breaking down. Refurbishment fires, catastrophic crane collapse, and routine engine breakdowns have dogged the ship. Even when sailing, Kuznetsov has a tug escort attending it—insurance against early failure in the middle of the ocean. For most sailors, to work on the ship is now gallows humor, more ordeal than privilege.

But the idea of the Russian supercarrier persists. Designs for new classes, from the nuclear-powered Shtorm to concept designs connected with the navy’s modernization program, surface sporadically. But they remain on paper, hobbled by budget limitations and shifting strategic priorities. Ulyanovsk is a metaphor—and not a metaphor of what was built, but of what was lost.

The greater lesson is somewhere nearby. However, in the absence of a contemporary aircraft carrier, Russia is still limited in its capacity to carry out operations anywhere in the world. While the navy of intentions has a global reach, in reality, it is constrained by geography, finances, and technology. 

Incident of the Ulyanovsk is a historical lesson: even the most ambitious military excursions can be reversed by an economic crisis and political upheaval. It is a symbol of the sleepless nights of lost hopes for Russia and a source of unexpected difficulties in the country’s naval power to achieve maritime power.

The T-72B main battle tank isn’t just a tank but a marvel of durable and multifunctional design. Even though its design dates back to the Cold War era, the tank still holds a strong position. Its history is basically the gradual change of the armored fighting vehicles over the different decades to adapt to the changing combat requirements, thus combining firepower, protection, and mobility into the almost unpredictable war terrains. From the 1980s production to its present use in Ukraine, the T-72B has been a disaster in terms of its capacity to survive contemporary wars and remain deadly.

The T-72 was created as a less complex, less expensive companion to the sophisticated yet problematic T-64. It was manufactured in 1973 as an attempt to be rugged, mobile, and easy to operate, even for poorly trained operators. The initial models were plagued by approximately primitive fire control, microscopic nighttime vision, and armor that could only withstand low-caliber guns. As the advanced anti-tank guided weapons, such as the TOW and MILA, came into action, all these weaknesses soon surfaced and compelled the designers to upgrade their performance.

The 1984 T-72B introduced solutions to the majority of these shortcomings. Its enhanced composite armor has been referred to as “Super Dolly Parton” because of the typical turret cheek plates. KONTAKT-1 explosive reactive armor (ERA) mounting provided it with extra protection against modern anti-tank ammunition, providing it with approximately 700–900mm of equivalent armor protection against most threats. No tank is ever completely invulnerable, but it made the T-72B much more survivable in intense combat.

Not every T-72B was built the same. Export models, such as the T-72S ‘Shilden,’ included lighter ERA and other trade-offs. The tanks supplied the majority of armor to Polish, Czech, and East German units. Each country operated in its own way: Polish crews preferred aggressive assault, Czech units used large formations for morale, and the East Germans were very well trained in strict, accurate breakthroughs. These tanks were phased up over the years and thus remained operational even after several decades. To this day, the T-72B remains extremely sought after.

The fact that it is still being used in Ukraine attests to the versatility of the platform. The U.S., for one, paid for remanufactured Czech-produced T-72Bs for the Ukrainians because it realized that it would be too expensive, too time-consuming, and would require extensive training to bring completely new tank systems into the battlefield.

Ukrainian officers already accustomed to the system would have no problem adapting to these tanks, and they would have a disadvantage relative to Russian troops using the same tanks. War is different.

Drones, electronic warfare, and high-capability weapons now present persistent threats. Some predicted that tanks like the T-72B would be obsolete, but modernization like ERA, urban armor kits, and counter-IED technology helped keep them alive.

In the meantime, guns remain the “God of War,” and while FPV drones are commanding the headlines, they’re still beset by technical maladies, jamming, and the skill level of their operators.

Mortars and light guns are stable, consistent, and still not affected by these new guns. Despite modernization, the brutal realities of extended war have seen both sides deploy more old reserve tanks, some with no new optics or thermal imaging.

Russian forces, for instance, started equipping tanks with SOSNA-U thermal sight units from 2022, but battle forced older variants to be rammed back into action, where their varied capabilities were all muddled in a mess. In such situations, fire control equipment, optic quality, and crew training can be as controlling as the armor itself. The still-active use of the T-72B confirms the value in simplicity and heavy-duty platforms.

Though Western tanks like the Leopard 2 or M1 Abrams offer advanced technology, complexity, and logistical needs undermine forces committed to Soviet design to extend power quickly. The T-72B, on the other hand, integrates simplicity of design with incremental development, giving it versatility and reliability in attack as well as defense.

Into the future, the T-72B—and the concept of main battle tank—only improve. Drone swarms, electronic warfare, and precision-guided weapons will continue to compel armored forces to adapt. But what history shows us is that with the right adjustments and plan, the tank is far from archaic. The T-72B proves that tough, well-designed armor has its place on the battlefield today.

Formerly, the B-2 Spirit was the supreme, the most secretive, the most extended, and the most potent symbolic value of the U.S. Air Force by far. It’s amazing, half globe or more than half globe trips and penetrative capability through the most resistant materials on Earth, making it an incredible unit that has altered the global air-power scene. However, the B-2’s era is slowly fading as the successor is doing flight tests. Here is a detailed investigation into the aircraft’s history, functions, and technology.

8. Passing the Torch to the 11 Raider

The B-2’s replacement, the Northrop Grumman B-21 Raider, flew for the first time in November 2023. Designed for increased stealth and versatility—and capable of flight with or without a crew—it will one day replace the B-2 fleet. The U.S. Air Force anticipates ordering about 100 of them, so the Raider will form the backbone of next-generation strategic bombing raids, able to carry both nuclear and conventional munitions with advanced sensors and networked fighting systems.

7. Starting from Scratch on Stealth

Northrop Grumman didn’t just build a plane when they created the B-2—they created the tools and techniques to make it a reality. The airframe is nearly all carbon fiber composite, consisting of more than 10,000 discrete components, providing both strength and radar-absorbing properties.

In the 1980s and ’90s, this type of production necessitated equipment built to specific requirements and innovative 3D modeling software. Nowadays, the process is much more inclusive—automated fiber placement machines can be rented and fitted in weeks, and composite fabrication is now part of university curricula globally.

Although the most sensitive technology of stealth remains classified, construction with these materials is no longer the uncommon activity that it once was. 

6. Living On Board During 44-Hour Missions

Endurance is just as much a component of the B-2’s mission as stealth. There are only two pilots on board, so the cockpit has been designed for both work and survival during missions that last almost two days. Behind the seats is a space for sleeping, along with a microwave, refrigerator, pantry, and even a small toilet. Pilots are chosen not only for their flying skills but also for their ability to work well together in high-pressure, cramped environments where teamwork is everything.

5. The Price of Perfection

At a cost of more than $2 billion per plane and operating costs reaching $135,000 per flight hour, the B-2 is the most costly plane in the world.

Its maintenance needs are just as drastic—after each mission comes anywhere from 36 hours of maintenance, and its sensitive radar-absorbing skin has to be kept in climate-controlled hangars. With so much attention, the fleet’s readiness rate for missions sticks at around 50%, a testament to how challenging it is to make these bombers mission-ready.

4. Unique Heavy Hitter with a Special Arsenal

The B-2 carries as much as 40,000 pounds of ordnance within its two bomb bays, ranging from the precision-guided JDAMs to nuclear warheads. Most significantly, it is the only American aircraft that can deploy the 30,000-pound GBU-57 Massive Ordnance Penetrator, capable of penetrating 200 feet of hardened concrete.

This provides the B-2 with unparalleled capability against deeply buried targets out of reach of other bombers.

3. Going the Distance

Perhaps the B-2’s greatest asset is its range. Without refueling, it has a flight distance of about 6,000 nautical miles, but actually, it allows it to attack anywhere on the planet from its Missouri home base through air-to-air refueling. The bomber’s most noted accomplishment was a 44-hour combat mission to Afghanistan in 2001—the longest combat sortie in history. It has flown in Kosovo, Iraq, Afghanistan, Libya, Yemen, and most recently, Iran.

2. The Science of Being Invisible

The stealth of the B-2 is a union of form and material. Its flying wing shape, carbon-graphite skin that absorbs radar, titanium parts, and its deeply buried engines all combine to reduce radar, infrared, acoustic, and even contrail signatures. At altitude, its radar cross-section is roughly the size of a seabird—small enough to pass by the most advanced detection systems.

1. Operation Midnight Hammer: The B-2’s Defining Moment

The biggest B-2 mission ever occurred during Operation Midnight Hammer, when seven bombers flew out of Missouri and bombed Iran’s buried nuclear facilities at Fordow, Natanz, and Isfahan.

Accompanied by 125 supporting aircraft and a submarine that launched dozens of Tomahawk cruise missiles, the B-2s delivered 14 bunker busters in 25 minutes. Iran’s defenses never stood a chance. It was the second-longest B-2 mission ever flown and a dramatic demonstration of its capacity to penetrate the most heavily defended airspace on the planet.

Air carriers have been floating signs of power—enormous machines that carry a nation’s reach out to sea. For the Soviet Union, whether or not to build one was never a matter of pistons and steel. It was a matter of pride, prestige, and showing Moscow could walk shoulder to shoulder with the world’s naval giants. That vision became a near-reality in the late 1980s with the Ulyanovsk, a behemoth ship that would have made the Soviet Navy a true world power. It’s one of the best “what might have been” stories in the history of the military.

Construction of the Ulyanovsk began in 1988 at the Mykolaiv shipyard. Officially titled as Project 1143.7, the warship was intended to rival the behemoth United States nuclear-powered carriers. Unlike its predecessor, Admiral Kuznetsov, which utilized a ski-jump catapult launch system, the Ulyanovsk would be equipped with steam catapults—a technological jumpfrog designed to allow the heavier and more advanced planes to take off with maximum weapons and fuel loads.

At more than 324 meters long and 80,000 tons, the Ulyanovsk would be bigger than any warship ever built. Four nuclear reactors powered four turbines, and it could cruise for 30 knots with a sailing range to go months at a time without needing a stop for refueling. In all respects, it would place the Soviet Navy on a par with the Americans.

The intended air group highlighted the size. The Ulyanovsk would have had approximately 70 aircraft, from Su-33 fighter aircraft to Yak-44 warning aircraft and Ka-27 anti-submarine warfare helicopters. It was not just a carrier—it was an armed ship, as well, with P-700 Granit anti-ship missiles, S-300 long-range surface-to-air systems, and several layers of close-in defenses. The design rendered it half aircraft carrier, half battleship, and wholly menacing.

To Soviet admirals, Ulyanovsk was more than a new addition to their fleet—it was a pronouncement. It represented the rise of a navy able to sail anywhere in the world, engage American carrier groups on its own terms, and show the Soviet Union’s ability to tap power, technology, and drive on a large scale.

But before the project could even be underway, history took a different turn. The early 1990s’ collapse of the Soviet Union brought about chaos, economic devastation, and priorities. The money and the political will to finish the supercarrier just disappeared.

By 1992, just a quarter of the Ulyanovsk had been constructed. Budgets were slashed, and crisis-stricken industries, Russia and Ukraine, endured tough financial realities. On 4 February 1992, the choice was made to disassemble the unfinished hull. All the planning years and billions of rubles expended went on scrap heaps—a fantasy ruined before it might ever be let out of dry dock.

That shadow still rests upon it. Now Russia has just one carrier, the Admiral Kuznetsov, and it is more feared than admired. It has broken down, caught fire, and been patched up ad infinitum. So unreliable is its engine that the vessel sets off for the high seas only under tow behind a tugboat—just in case. To mariners, it’s a token not of power, but of the disappointments that have plagued Russia’s naval aspirations ever since.

Yet the vision has not completely disappeared. Designs for new carriers—like the planned Shtorm-class—still crop up periodically in defense strategy and conceptual art. But these are more than fantasies, subject to limiting budgets and shifting military priorities.

Actually, the bigger problem has never truly altered. Without a powerful carrier force, Russia’s projection of naval power beyond distant oceans remains circumscribed. The delusion of world supremacy still runs aground on the shoals of geography, economics, and technology.

Ulyanovsk’s history is more than a half-finished ship’s story. It’s a testament to the final conceit of an empire to catch up with its foes on the world’s oceans—and a reminder that even the grandest dreams can be crushed by the tides of events.