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U.S. Marine Corps Pilot Ejects From 47,000 Feet — Meet “The Man Who Rode the Thunder” 67 Years Ago

2 August 2026 at 07:58

Lt. Col. William Henry Rankin was a decorated US Marine Corps fighter pilot who flew combat missions in World War II and the Korean War. His greatest ordeal, however, came in peacetime.

On July 26, 1959, he ejected from an F-8 Crusader straight into a massive thunderstorm. And he lived to tell the tale.

The Vought F-8 Crusader was a single-engine, supersonic, carrier-based air-superiority fighter designed for the U.S. Navy and Marine Corps. Known as the “Last of the Gunfighters,” it was the final American fighter built with guns as its primary armament at a time when missiles were rapidly taking over. The aircraft entered service in 1957.

In May 1957, Rankin took command of Marine Fighter Squadron 122 (VMF-122). The following year, it became the first Marine squadron to operate the F-8 Crusader.

In 1959, he catapulted to fame for surviving what seemed like an impossible incident with the Crusader.

The Story Of Rankin’s Riding A Thunderstorm

On the afternoon of July 26, 1959, Rankin led a two-ship flight with wingman Lt. Herbert Nolan from Naval Air Station South Weymouth, Massachusetts, back to Marine Corps Air Station Beaufort, South Carolina.

During the flight, the pilots encountered a large cumulonimbus thunderstorm.

Typically, thunderstorms pose severe threats to fighter jets, including extreme turbulence, powerful updrafts and downdrafts, hail, lightning, icing, and torrential rain. So, fighter pilots are trained to climb above the storm to prevent damage to their aircraft.

The F-8 Crusader’s strong climb performance and high service ceiling of about 50,000 feet made this a practical choice for Rankin on that fateful day.

Rankin climbed his F-8 fighter jet to 47,000 feet at a speed of Mach 0.82 over a massive cumulonimbus cloud that peaked at about 45,000 feet.

While on this quest, he suddenly heard a loud, unprecedented bump and rumble from the aircraft’s engine. He instantly knew something was wrong with his jet. 

The engine immediately stopped producing power, a bit of bad news that was delivered to Rankin by a bright fire warning light.

Acting swiftly to arrest the threat, Rankin immediately pulled the lever to deploy auxiliary power, but instead of saving his jet, it snapped in his hand.

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Lt. Col William Rankin (Via X)

At this point, Lt. Col Rankin knew he had to eject, which was a formidable challenge without a pressure suit at that altitude.

As soon as he ejected and touched what is believed to be -58 to -60 degree air, his body started to fail. The veteran fighter pilot who had braved enemies in the wars he fought through his career was now struggling for survival—he suffered frostbite, the decompression caused his stomach to bloat, and he started to bleed from his mouth, nose, and ears. The only respite, at least initially, was that he had an emergency oxygen supply. 

The chances of survival were grim, something Rankin was fully aware of.

“I was convinced I would not survive; no human could”, Rankin later wrote in his book “The Man Who Rode the Thunder”. 

“The pain of ‘explosive’ decompression was unbearable,” he recalled in his book, which has been widely read by aviation enthusiasts globally. “I could feel my abdomen distending, stretching, stretching, stretching, until I thought it would burst. My eyes felt as though they were being ripped from their sockets, my head as if it were splitting into several parts, my ears bursting inside, and throughout my entire body, there were severe cramps.”

However, he also bravely emphasizes, “I was terrified, but not petrified. It’s a brave distinction of terms.”

After roughly five minutes of free fall, Rankin realized his parachute had not opened. The system was designed to deploy automatically at about 10,000 feet via a barometric switch, allowing the pilot to reach denser, breathable air before the canopy opened. The already disoriented pilot began to worry that the parachute’s auto-deployment system may have been broken, causing his only chance at survival to fail.

Unfortunately, though, he was now in for a completely different kind of challenge.

As he was passing through a massive thunderstorm with zero visibility, the parachute opened prematurely as the violent pressure fluctuations, updrafts, and turbulence inside the cumulonimbus cloud “fooled” the barometric sensor.

Once under the open canopy of the parachute, Rankin was far more vulnerable to the storm’s powerful vertical currents. The long descent increased the risk of his death from cold or asphyxiation. Additionally, it meant that he was dangerously caught in the up-and-down draft of the storm system, which buffeted the pilot thousands of feet into the air before dragging him back down. And that’s exactly what happened.

Ten minutes into the ordeal, he began vomiting from the violent spinning and pounding even as lightning flashed around him—later described as blue blades several feet thick.

The rain was so dense that he repeatedly inhaled or swallowed water with every breath and had to hold his breath to avoid choking. “Gasping for air, swollen, bleeding, and battered by hail, it was as though I were under a swimming pool, and I had held my breath several times,” wrote Rankin.

For Rankin, this was akin to “drowning in the sky.”

For about forty minutes, he was battered by hail, nearly drowned by torrential rain, and subjected to lightning and extreme turbulence.

“I didn’t hear the thunder, I felt it,” Rankin wrote in his book.

Thankfully, the storm’s intensity eventually decreased, allowing the pilot to finally avoid its drafts. Then, the rain that had threatened to drown him gave way to a comforting summer shower, and the air got substantially warmer.

Lt. Col Rankin and his parachute, which had endured unimaginable turbulence and the ferocity of nature, had miraculously survived the thunderstorm.

Soon, he approached the forests of North Carolina’s backcountry, got entangled in a tree, cut away from it, and landed on the ground.

Battered, frostbitten, bleeding, rain-soaked, and covered in vomit, he stumbled through the woods using a search pattern until he found a country road. “Lying on my left side. I simply could not believe that I was on the earth—that I had survived,” he later wrote.

Several cars passed before a motorist stopped, drove him to a nearby country store, and allowed him to call for an ambulance. He collapsed while waiting and was taken to a hospital in Ahoskie, North Carolina. Rankin spent several weeks recovering but sustained no permanent long-term injuries from the forty-minute ordeal and soon returned to duty.

Rankin gained widespread recognition for his iconic and unbelievable battle with the thunderstorm after he returned to active service. 

Having survived a 40-minute thunderstorm in the air, he lived for 50 more years before passing away at 89 in 2009.

Nevertheless, Lt. Col Rankin is still remembered—nearly 70 years after the incident—as the only man who defeated a thunderstorm.

 

The post U.S. Marine Corps Pilot Ejects From 47,000 Feet — Meet “The Man Who Rode the Thunder” 67 Years Ago appeared first on EURASIAN TIMES.

Turkey’s KAAN Stealth Fighter Begins Taxi Tests — 1st Flight Imminent After Kızılelma’s Historic Internal Bay Firing

1 August 2026 at 13:30

Turkey has startled the world with its rapid rise in military technology, particularly in drone warfare. However, it is now charging full steam ahead with the development and testing of the KAAN combat aircraft, a move that will place it in the elite group of nations with stealth fighters

Turkish Aerospace Industries (TAI) recently released a video of KAAN’s new prototype performing powered taxi testing, suggesting that the first flight may be imminent. The video, posted on X, shows the aircraft moving on its own, verifying the functionality of the engine, brakes, steering, and flight control systems prior to flight clearance.

The new prototype, known as P1, is based on the original P0, which flew for the first time in February 2024, as EurAsian Times reported at the time.

However, the P1 is considered a more mature aircraft that will be crucial to the fighter development and testing campaign. The P0 prototype was constructed to confirm the aircraft’s fundamental flight characteristics, flight control system, and core platform. The P1, by contrast, incorporates a more advanced systems architecture and is intended to carry the bulk of performance, avionics, and mission-systems validation.

Notably, a second prototype, P2, remains in parallel production and integration, with the goal of having both aircraft flying by the end of 2026 to accelerate the test campaign through concurrent work.

😉#KAAN pic.twitter.com/wWXXweP4af

— Türk Havacılık Uzay Sanayii (@TUSAS_TR) July 31, 2026

TAI CEO Mehmet Demiroğlu earlier stated e that the company hopes to see KAAN airborne within a few months and aims to have the second aircraft flying by year-end. “We hope to see KAAN in the sky within a few months. We also aim to fly the second aircraft by the end of the year. Our goal is to have two KAANs flying one after the other, or side by side, at year-end,” Demiroglu said at the Farnborough Airshow in the UK last month

Turkey plans three pre-production prototypes followed by series production of 250 aircraft. A deal was reportedly signed last month for 20 units of the original Block 10 KAAN

Notably, the P1 symbolizes the Kaan program’s evolution from a technology demonstrator into a developmental test fleet. It demonstrates that the program is proceeding at a speed to match the aspirational schedule of delivering the jets to the Turkish Air Force by 2028.

In addition to accelerated development and testing, the KAAN received another big boost last month when the US cleared for export the General Electric-made F110 engines initially destined to power the plane, removing a major roadblock in the program. Simultaneously, TAI is advancing work on the indigenous TF35000, which will power the aircraft in the long run, as EurAsian Times reported earlier.

TAI KAAN P1 prototype conducted taxi test

The induction of the KAAN fighter will transform the Turkish Air Force, which has been operating aging F-16s since Ankara’s removal from the F-35 program in 2019 over its purchase of Russia’s S-400. The expulsion pushed Turkey to develop its own advanced fighter, aiming to achieve technological sovereignty and reduce dependence on the US.

More significantly, KAAN is Turkey’s most ambitious defense project in decades, positioning the country among the select group of nations that have independently designed and built a fifth-generation stealth aircraft. This progress aligns with Ankara’s broader emergence as a major defense producer and innovator, most notably in drones.

Turkey seems to be overtly prioritizing stealth, as evidenced by the development of KAAN. The KAAN is a twin-engine, single-seat stealth fighter featuring internal weapons bays, low-observable shape, and composite materials that improve stealth by lowering weight and radar signature.  Furthermore, it carries a range of weapons internally, including air-to-air and air-to-ground munitions, such as indigenous Gökdoğan (BVR) and Bozdoğan (WVR) missiles, to bolster lethality while preserving stealth.

Alongside the manned fighter, Turkey continues advancing stealth unmanned systems.  This includes the Anka-3, the first flying-wing, deep-strike drone developed by Turkish Aerospace Industries. According to reports, this stealthy unmanned combat aerial vehicle (UCAV) is currently advancing toward serial production, with design upgrades to intakes, exhausts, antennas, and other components.

More importantly, Turkey’s list of unmanned stealth aircraft prominently features the Kizilelma, an unmanned fighter jet expected to conduct a wide range of military operations.

The Bayraktar Kızılelma incorporates low-observable design features. It is routinely described by Baykar and Turkish defense officials as a low-RCS (radar cross-section) unmanned fighter. In fact, the Kizilelma recently conducted a weapons-firing test that further added to its stealth characteristics.

Stealthy Kizilelma Fired From Internal Weapons Bay

Last month, Kizilelma successfully conducted its first live-fire tests from its internal weapons bay, achieving direct hits. The test was reportedly conducted at the Corlu Flight Training and Test Center in the northwestern province of Tekirdag, using the production model with tail number S2 and Roketsan’s TEBER-82 munition and TOLUN munitions. 

Baykar hailed the test as a historic milestone that confirms the jet’s ability to attack with precision while maintaining a low radar signature.

It is worth mentioning that external weapons, pylons, and the cavities they create dramatically increase an aircraft’s RCS. In fact, even a well-shaped low-observable airframe loses much of its stealth advantage once munitions are hung outside.

By successfully firing precision-guided munitions from the internal bay on the serial prototype, Kızılelma demonstrated that it can carry and release weapons without compromising its clean, low-RCS airframe, conduct stand-in or penetrating attacks in contested airspace while remaining harder to detect, and maintain higher speed and better aerodynamic efficiency.

“Thanks to its internal weapons bay, Kizilelma will be able to penetrate deep into hostile territory and strike using indigenous munitions while maintaining a low radar signature,” Baykar said, adding that internal carriage allows it to function “more effectively in areas with dense air defense coverage.

#KIZILELMA ✈🚀🍎

✅ TEBER-82 & TOLUN-P Munition Firing Test from the Internal Weapons Bay

🎯 Bull’s Eye#Baykar 🤝 @Roketsan 🤝 @Aselsan#NationalTechnologyInitiative 🌍🇹🇷 pic.twitter.com/hw6ukagjGU

— BAYKAR (@BaykarTech) July 30, 2026

The Kizilelma is a stealthy multi-role unmanned platform designed for air-to-air combat, air-to-ground strikes, ISR (intelligence, surveillance, reconnaissance), close air support (CAS), missile strikes, suppression of enemy air defenses (SEAD), and destruction of enemy air defenses (DEAD), among other things.

“Bayraktar Kizilelma made its first flight in 2022. Since then, intensive flight activities have continued. Serial production was completed last year, and our goal this year is to place Kizilelma into service for Türkiye,” Bayraktar said at SAHA 2026.

The platform integrates Artificial Intelligence and can be operated out of aircraft carriers, according to the manufacturer, although those capabilities are still being refined. Moreover, it can fly alongside KAAN in a manned-unmanned teaming configuration (MUMT), adding what is referred to as “affordable mass” and substantially reducing the risk to manned fighters in contested environments,

If the current trajectory holds, KAAN and stealthy unmanned platforms will strengthen Turkish airpower and advance Ankara’s goal of self-reliance.

The post Turkey’s KAAN Stealth Fighter Begins Taxi Tests — 1st Flight Imminent After Kızılelma’s Historic Internal Bay Firing appeared first on EURASIAN TIMES.

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