The curtain descends on an epoch at Kadena Air Base as the F-15C/D Eagles depart and give way to the F-15EX Eagle II. For decades, the Eagle was the embodiment of American air supremacy; its replacement is not just a substitute but a well-thought-out move forward, designed to answer the challenges of high-end air warfare in the next few years.

This is not just a matter of putting new electronics and new paint on old airframes. The process is a strategic choice, aimed at giving commanders a flexible, survivable collection of tools to work in contested airspace.

The F-15EX carries the tried-and-tested F-15 form but infills it with next-gen systems: digital fly-by-wire flight controls for accurate handling, an all-glass cockpit linked to helmet-mounted cueing, and the Eagle Passive/Active Warning and Survivability System (EPAWSS), all of which, combined, provide pilots with a level of awareness and defense close to what viewers are accustomed to in low-observable aircraft.

Its open design is the key to EX’s value. Its mission suites are modular, meaning new sensors, missiles, or software can be added without opening up the jet or redesigning ground infrastructure. Combined with advanced AESA radar, that openness allows the aircraft to adapt as threats and tactics evolve—a costly airframe that nonetheless can continue to add capability over the course of its life.

Where the F-15EX truly comes into its own is in versatility. It can execute the homeland-defense missions conventionally reserved for the F-15C/D, but it’s equally comfortable on the offense. With an enormous payload capability—roughly 13.6 tons and capable of carrying very long missiles—the plane becomes, at times, a high-tech missile truck: a plane that can deliver a broad array of effects, from deep strike to area denial.

In combined-arms operations, the F-15EX exists comfortably with low-observable partners. Paired with low-observable fighters, it can penetrate deep, deliver ordnance, and leave in a rush, or it can be employed in theaters where stealth is not as critical and gunpower reigns supreme. That balance of reach and flexibility is particularly valuable its weight in large theaters where range and persistence are the keys to success.

The two-seat cockpit is pilot plus passenger plus. The second seat is more than its traditional weapons-systems officer role: it is a force multiplier, capable of controlling unmanned wingmen, executing advanced missions, or serving as an airborne battle-manager. That makes the F-15EX a hub for Collaborative Combat Aircraft concepts—aircraft that fight, but also direct, coordinate, and multiply combat power.

Electronic attack and support capability is a big part of the EX narrative as well. With dedicated pods and systems, the F-15EX can introduce heavy jamming and electronic warfare capability to the battlefield without trading away a full weapons load—something older aircraft simply cannot do. Buddy-tanker pod and other force-extension package testing takes that even further in terms of how the aircraft can be utilized without endangering larger support infrastructures.

Interest is not confined to the US military, however. A number of partners are seriously looking at the Eagle II as a possibility for those countries that are interested in high-end capability short of full price or constrained availability of some of the stealth models. Below the highest priced fighters and equivalent in capability for dollar, the F-15EX is a sensible choice for air forces with reconciling budgets and capability requirements.

As part of the Air Force inventory as a whole, the F-15EX will coexist with stealth aircraft and other specialized gear—offering range, payload, and avionics to fill the gaps those planes can’t. F-15C retirement is less an end than a transfer: the Eagle II takes over the mission and builds upon it, sending new tools out into the battle-space.

Peering down the runway, the F-15EX can be more than just another fighter to fill out the inventory. It will be a workhorse jack-of-all-trades, a heavy hitter, and, in most respects, a quarterback of the air—coordinates, delivers effects, and makes air superiority flexible and affordable in the future.

Few military leaders have cast as long a shadow as General George S. Patton. From an eager young cavalry officer to one of World War II’s most formidable commanders, his life reads like a study in relentless drive, sharp intellect, and raw leadership. Born into a family with roots grounded in the military, Patton began early to establish his credentials—devouring books on military history, writing tactical treatises, and honing his trade. West Point and a tour of duty teaching at the Mounted Service School in Fort Riley, Kansas, fashioned his expertise in both saber work and command discretion.

Patton’s fascination with weaponry went beyond appearance. His legendary ivory-handled pistols—a Colt Single-Action Army .45 and a Smith & Wesson .357 Magnum—were equal parts personality and utility. When asked, Patton’s curt response, “They’re ivory,” drove home that they were as much an emblem of his personality as utilitarian sidearms.

That Colt .45 went with him into his first battle in 1916 when he led the raid on Mexican revolutionary Julio Cardenas, a mission historic for being the first time automobiles were employed in U.S. Army combat action. Both pistols, inscribed with his initials, entered his iconography.

As “Master of the Sword” at Fort Riley, Patton created the M1913 Cavalry Saber—a straight thrusting blade copied from the British M1908. It was his central conviction expressed: hit first, hit hard. His training manual emphasized aggression and initiative, concepts that later directly applied to his doctrine for armored warfare.

When horse-mounted cavalry was replaced by armor, Patton was quick to adapt. His experience with the Punitive Expedition and his initial assignment in the U.S. Army Tank Corps of World War I made him an early proponent of mechanized troops. He led from the front—personally commanding tank actions, having an impact on uniform design, and even being wounded in action—actions that attracted the respect of men serving under him.

Patton galvanized moribund units and led aggressive offensives in North Africa and Sicily during World War II. With him at the helm, the U.S. Seventh Army captured Palermo and Messina quickly, usually outpacing allied units to decisive targets. His motto—move out, never stop, capture opportunity—became the signature of his command. That breakneck pace characterized his Third Army’s sprint through France, where his troops broke through German defenses with speed and accuracy.

Patton’s most famous contribution came during the Battle of the Bulge. In December 1944, Germany’s surprise Ardennes offensive threatened to cleave Allied lines. With Bastogne surrounded, Patton executed a daring maneuver, pivoting the Third Army north to relieve the besieged town.

Responding to intelligence from his men, Patton’s rapid action lifted the siege on December 26, saving the 101st Airborne Division and halting the German counterattack—an action that helped swing the momentum in the Allies’ favor.

Patton’s life and leadership are memorialized in museums and memorials. The General Patton Museum of Leadership at Fort Knox contains much of his personal property—uniforms, pistols, and command cars—bringing the story of a man who insisted on excellence to life. Displays frequently feature personal touches, including miniatures of his dog Willie, providing insight into the private life of a public figure.

He passed away in December 1945 of injuries received in an automobile accident in Germany and was buried in Hamm, Luxembourg, with the soldiers he commanded; his face their grave as a permanent symbol of solidarity. Historians add that this last act appropriately symbolizes his lifelong dedication to those he commanded.

Generations on, Patton’s legacy continues to reverberate. His aggressive tactics, uncompromising standards, and flair for command are still shaping military thinking and inspiring soldiers and academics alike. The tale of George S. Patton is a striking reminder of valor, discipline, and the driving force of victory.

Few stories in the history of naval warfare are so packed with drama, pride, and tragedy as that of the Bismarck. When Germany ordered the monster battleship in February 1939, it was hailed as a work of engineering genius—a mobile fortress to dominate the seas. Weighing over 50,000 tons when fully loaded and stretching 251 meters long, with eight colossal 15-inch guns, the Bismarck was not just a warship, but a realization of national aspiration and might. To most, it seemed invulnerable.

But the Bismarck’s brief existence would be more than a display of technical brilliance—it would be a story of strategy, of chivalry, and of the evolving nature of warfare itself. Commissioned in August 1940, it was operational by the following spring. Its first and only mission, Operation Rheinübung, was to break into the Atlantic, attack Allied supply convoys, and create havoc among the shipping lanes of the British. It left Gotenhafen on May 19, 1941, with the heavy cruiser Prinz Eugen under Admiral Günther Lütjens. It would soon become one of history’s greatest sea chases.

The British soon appreciated how dangerous this mission could turn out. Their supply lifelines were in the Atlantic convoys, already under German U-boat threat. A battleship like Bismarck loose on those seas would be catastrophic. With Norwegian reports and reconnaissance aircraft, the Royal Navy began tracking the German ships as they made their way towards the North Atlantic. When Bismarck temporarily stopped over at Bergen to refuel, the British prepared their fleet to attack.

The duel occurred early on May 24, 1941, in the Denmark Strait. In reserve to the German battleships were two British ones: the battlecruiser HMS Hood and the newly commissioned battleship HMS Prince of Wales. The Hood, though a symbol of British pride on the seas, was an older model with lighter armor. The ensuing encounter was brief but savage. Within minutes, a Bismarck shell hit Hood’s magazine, resulting in a massive explosion that tore the ship in half. She sank within less than three minutes, taking more than 1,400 sailors down with her—three survived. The Prince of Wales managed to send Bismarck to the bottom before retreating under heavy fire.

The loss of the Hood stunned Britain to its core. It was not just the loss of a vessel—it was the loss of a national symbol. Winston Churchill’s order was exact and outraged: “Sink the Bismarck.” The chase became a consuming passion from this point on. Every available ship, aircraft, and submarine was thrown into the chase.

Though triumphant, Bismarck was in a bind. Battle had ruptured her fuel tanks and shortened her range. She sailed south to have her repairs made along the coast of occupied France, but the British Royal Navy would not give her permission to pass. Equipped with radar, codebreaking information, and constant aerial surveillance, British forces tracked the battleship across the Atlantic. It was a deadly game of cat-and-mouse over thousands of miles.

The turning point was not from another battleship, but from the air. On May 26, the carrier HMS Ark Royal’s torpedo planes attacked through stormy skies. The aircraft were cumbersome, old-fashioned biplanes—yet they did what high-tech warships could not. One of the torpedoes struck Bismarck’s rudder, jamming it and making the ship unable to move. Disabled and futilely circling, the once-mighty battleship was done.

At dawn the next morning, May 27, the Royal Navy struck. The King George V and Rodney, two of the biggest battleships in the British fleet, opened fire, raining hundreds of shells onto Bismarck. Within an hour, the German vessel was ablaze. Her guns fell silent, her decks shattered, and her crew battled for their lives amidst the flames. Having known she was to be captured, the crew sank the ship. The Bismarck sank beneath the water at 10:39 a.m. Out of more than 2,200 men of the crew, only about 115 survived.

The sinking of the Bismarck was not just the loss of a vessel—it was the loss of an age. The age of the battleship, that most powerful of ships, was over. The navy’s future lay in the aircraft carrier, the submarine, and air power. Nothing could defend a ship from the air.

For Germany, the loss was disastrous. Its surface fleet never regained its former strength, and Hitler grew increasingly hesitant to commit large ships to battle. For Britain, the victory was more than revenge—it was a desperately needed morale booster at one of the darkest moments of the war. It showed that determination, ingenuity, and teamwork could outmaneuver even the most powerful adversary.

Nearly half a century to the day after the sinking, in 1989, the wreckage of the Bismarck was found lying quietly at the bottom of the Atlantic. It is both a memorial and a warning—a testament to how the greatest machines can be bested by the changing face of war, and how pride on the high seas can be washed away beneath the waves in a day.

The A-10 Thunderbolt II, or as most call it, the Warthog, has been greater than a jet for years—it’s an American air power icon. Since the 1970s, the Warthog has been respected and admired by soldiers and pilots as much for its rugged design and strength as for its terrifying 30mm GAU-8 Avenger autocannon, capable of destroying tanks and armored vehicles with ease. Designed to withstand punishment and defend ground troops, the Warthog became the Air Force’s go-to close air support aircraft. But after decades of service, the Air Force is now moving decisively to retire this legendary jet—a shift that reflects the changing nature of modern warfare.

The retirement is happening faster than many expected. The Air Force plans to retire all 162 remaining A-10s by the end of fiscal 2026, two years ahead of schedule, at an estimated cost of $57 million. In 2024 alone, close to 40 planes were retired and left in the so-called “boneyard” in Arizona, over two times the number retired in 2023. As of the end of 2024, half the fleet had already been stored, most no longer flight-capable.

Congress had previously opposed phasing out the Warthog, but support for doing so has lessened in recent years. The 2025 defense bill slashed the number of A-10s that are to be retained from 135 to 96, marking a change in priorities. The Air Force 2026 budget also marks an across-the-board effort to phase out several hundred older aircraft, with the A-10’s retirement garnering the most publicity.

Why retire such a popular plane as the Warthog? The reason is the changing battlefield. The A-10 excels in low-intensity wars, where no one else can match its low-altitude, low-speed capabilities. But Air Force commanders say it would struggle in coming wars against cutting-edge air defenses. The service is more and more committed to buying stealthy, multi-mission fighters and drones that will penetrate highly contested airspace.

The transition has not been smooth. The F-35 Lightning II is supposed to take over much of the Warthog’s mission, but most experts doubt that it can effectively replace the A-10. Critics argue that the F-35 has fewer weapons, no Warthog-style legendary cannon, and is not designed for the slow, low-altitude close air support missions that made the Warthog legendary.

Tests indicate the F-35 and A-10 are generally equivalent in some close air support missions, but F-35 pilots are not provided the same special training that A-10 crews have perfected over many decades. This has created a fear of losing a distinctive and valuable combat skill set forged through experience if the Warthog is retired.

The effects of retirement are already being seen. The 354th Fighter Squadron at Davis-Monthan Air Force Base has retired all 36 of its A-10s, while Maryland’s 175th Fighter Wing is phasing out flying Warthogs for cyber operations. This transition has been criticized by local leaders and veterans who worry about the loss of experienced pilots and long-standing community relationships.

Davis-Monthan itself is changing. A place once indistinguishable from the Warthog, the base is gearing up for future missions in aircraft such as the OA-1K Sky Warden, MC-130J Commando II, and electronic warfare aircraft like the EA-37B Compass Call. Pilots are transitioning into aircraft such as the F-35, with commanders emphasizing that although planes come and go, talented people remain the lasting foundation of the Air Force.

Even as retirement looms, the A-10 continues to fly. In early 2025, the 124th Fighter Wing sent several Warthogs and hundreds of troops to the Middle East to participate in Iraqi, Syrian, and ISIS operations. The aircraft has also made sorties in Yemen, demonstrating that even in its twilight years, the Warthog is mission-relevant.

Ahead, the Air Force is investing in next-generation capabilities. The 2026 budget slashes F-35 buys from 74 to 47 while spending billions on new F-15EX Eagle IIs, the next F-47 air superiority fighter, cutting-edge missile systems, stealth bombers, and unmanned systems. The emphasis is on flexibility, survivability, and holding technological superiority.

Retiring the A-10 is more than putting an aircraft out of commission—it constitutes the end of a remarkable chapter in the history of air combat. The Warthog’s image of ruggedness, firepower, and unparalleled close air support will endure as legendary, even as the Air Force progresses into the future shaped by stealth, speed, and advanced technology.

One doesn’t have to dig deep to find the most memorable American stealth aircraft when thinking of the names of the handful of most famous ones, but only a few can be actually recognized – that is, the F-117 Nighthawk, the B-2 Spirit, and the F-22 Raptor. However, one of the most secretive and weirdest experimental aircraft ever made lies behind the fame of these – the Boeing YF-118G or the “Bird of Prey” as the “Bird of Prey”.

The program was never intended for warfare as the “Bird of Prey” was conceived in the dark during the 1990s at the extremely secretive Groom Lake test site, Nevada. Its mission was not combat but progression. The program’s objective was to advance stealth design, validate unconventional manufacturing methods, and uncover ways of producing next-generation aircraft faster and cheaper without giving up quality or performance.

Back then, McDonnell Douglas, before combining with Boeing, was feeling the heat to demonstrate that the company could still pull off groundbreaking technology. After losing out on major Pentagon contracts such as the Advanced Tactical Fighter program, the company’s Phantom Works division responded with an ambitious internal project in 1992. The task: come up with a demonstrator aircraft that would be the proof of the company’s capability to think out of the box and take stealth technology to untapped territory.

The project was under the leadership of Alan Wiechman, a veteran engineer who had previously worked on the F-117 Nighthawk. His skills and leadership aided the crew in stretching the limits of stealth shaping and materials science. The Bird of Prey, under his supervision, became a platform that kept the U.S. stealth development far ahead of competitors.

While it had a high-tech goal, the initiative was operating on a tight budget of $67 million. The designers depended on rapid prototyping and the smart reuse of the existing components. The aircraft was powered by an engine from a bizjet, the ejection seat borrowed from a Harrier aircraft, and the cockpit controls were taken from older fighter jets. Test pilot Col. Doug Benjamin was once comical about the plane’s clock, saying it was bought at a local store and the air system inside was similar to that of a hairdryer in terms of strength. Nevertheless, everything was working perfectly.

In terms of design, the Bird of Prey looked as if it were from a sci-fi film. Its smooth, tailless body and special gull-shaped wings were impressive designs and made it stand out right away. The aircraft was named after the Klingon “Bird of Prey” from the Star Trek series. Every part of its exterior was carved to lower radar detection and minimize heat emission. Also, the paint pattern on it was picked so that it could blend well with the bright sky during the day.

Although basic manual hydraulics were used in the construction of the aircraft instead of the modern fly-by-wire, it was still very easy and predictable to fly it. The engineers had achieved such a good tuning of the aerodynamics of the aircraft that it was flying with very high stability. By fighter standards, the plane was not fast or high-flying; it was powered by a single Pratt & Whitney JT15D-5C engine that was capable of taking it to about 300 mph and a ceiling of roughly 20,000 feet, but this was more than enough for the demonstration of its stealth and design principles.

The first launch of the Bird of Prey was performed on September 11, 1996. Over the next 3 years, it made 39 test flights, each time allowing refining of the design and validation of new construction methods. The outcomes of the project, which were wrapped up in 1999, had shown that stealth aircraft can be designed, built, and tested quickly and affordably without giving up innovation or safety.

Although it never went to war or loaded any weapons, the heritage of the Bird of Prey is massive. Most of the technologies and design ideas of it were later adopted by the Boeing X-45 Unmanned Combat Air Vehicle and even gave a hint to the development of the F-22 Raptor, F-35 Lightning II, and B-21 Raider. As Boeing executive Jim Albaugh put it, “We changed the rules on how to design and build an aircraft”.

Today, the only Bird of Prey ever constructed is exhibited at the National Museum of the U.S. Air Force in Dayton, Ohio, hanging just above an F-22 Raptor. People visiting cannot go inside – the cockpit is still classified – but being there, it is a reminder of all the work done invisibly behind the closed hangar doors.

YF-118G has never bombed any targets or shot any missiles, but it still has a huge impact on the future course of aviation. Its story is a quiet demonstration of the potency of experiments and the notion that not all aircraft are the ones that are made to fight; some are to change wars forever.