Loading video...

Video Failed to Load

Go Home

The SR-71 Blackbird wasn’t just fast… it was a machine that literally OUTRAN missiles. 🚀🖤 Here’s why this aircraft is still unmatched today 👇 The Blackbird could fly at Mach 3+, over 85,000 ft, with a skin temperature so hot the jet expanded mid-flight. 🔥 It leaked fuel on...

airmainengineer's profile picture

aircraftmaintenancengineer

63,156 subscribers

237,180 views • 9 months ago •via X (Twitter)

Science & Technology
LIVE

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

🛑✈️ Why did the SR-71 Blackbird leak fuel on purpose? Yes — it was intentional. The SR-71 flew so fast (Mach 3+) that its skin expanded from heat by several inches. On the ground, fuel tanks weren’t fully sealed yet… so fuel leaked. 🔥 Once airborne: • The titanium structure heated up • Panels expanded • Gaps sealed perfectly • Fuel leaks stopped 💡 It only became fully fuel-tight at Mach 3. The Blackbird was literally designed to leak… then fix itself in flight. 🖤 An aircraft built for speeds where physics had to adapt. Would you fly a jet that seals itself at 80,000 ft? 📸 jet.nerd
1:02

🛑✈️ Why did the SR-71 Blackbird leak fuel on purpose? Yes — it was intentional. The SR-71 flew so fast (Mach 3+) that its skin expanded from heat by several inches. On the ground, fuel tanks weren’t fully sealed yet… so fuel leaked. 🔥 Once airborne: • The titanium structure heated up • Panels expanded • Gaps sealed perfectly • Fuel leaks stopped 💡 It only became fully fuel-tight at Mach 3. The Blackbird was literally designed to leak… then fix itself in flight. 🖤 An aircraft built for speeds where physics had to adapt. Would you fly a jet that seals itself at 80,000 ft? 📸 jet.nerd

aircraftmaintenancengineer

54,070 views • 8 months ago

🧐🇺🇸 Before satellites could provide real time intelligence, there was the Lockheed SR-71 Blackbird. Cruising above 85,000 feet and exceeding Mach 3, the SR-71 was so fast that when enemy missiles were launched, pilots often responded by simply accelerating. No SR-71 was ever shot down by enemy action. Built during the Cold War, it could survey vast areas of territory in a single mission, gathering intelligence that shaped military and political decisions at the highest levels. Even today, decades after its retirement, many of its performance records remain unmatched. Speed: Mach 3+ Altitude: 85,000+ ft Combat losses to enemy fire: 0 Some aircraft served history. The SR-71 helped write it.
0:45

🧐🇺🇸 Before satellites could provide real time intelligence, there was the Lockheed SR-71 Blackbird. Cruising above 85,000 feet and exceeding Mach 3, the SR-71 was so fast that when enemy missiles were launched, pilots often responded by simply accelerating. No SR-71 was ever shot down by enemy action. Built during the Cold War, it could survey vast areas of territory in a single mission, gathering intelligence that shaped military and political decisions at the highest levels. Even today, decades after its retirement, many of its performance records remain unmatched. Speed: Mach 3+ Altitude: 85,000+ ft Combat losses to enemy fire: 0 Some aircraft served history. The SR-71 helped write it.

Defence Index

18,574 views • 2 months ago

Good morning, Coffee Companions ☕ Today we're flying one of the most legendary aircraft ever built, the SR-71 Blackbird. Designed during the Cold War, the Blackbird could fly faster than 2,100 miles per hour and cruise at altitudes above 85,000 feet. At those speeds, it could outrun most threats simply by accelerating away. Even decades after its retirement, the SR-71 still holds records and remains one of the fastest air-breathing aircraft ever created. Standing next to it, you quickly realize this isn't just an airplane. It's a piece of aviation history. If you could take a flight in any aircraft ever built, what would you choose? Coffee before chaos. #CoffeeCompanions #FastestPlane
1:03

Good morning, Coffee Companions ☕ Today we're flying one of the most legendary aircraft ever built, the SR-71 Blackbird. Designed during the Cold War, the Blackbird could fly faster than 2,100 miles per hour and cruise at altitudes above 85,000 feet. At those speeds, it could outrun most threats simply by accelerating away. Even decades after its retirement, the SR-71 still holds records and remains one of the fastest air-breathing aircraft ever created. Standing next to it, you quickly realize this isn't just an airplane. It's a piece of aviation history. If you could take a flight in any aircraft ever built, what would you choose? Coffee before chaos. #CoffeeCompanions #FastestPlane

Kathleen D💫🧬

32,287 views • 3 months ago

Everyone remembers the SR-71... but almost everyone forgot the aircraft that made it possible. The Lockheed A-12 Oxcart, developed by Lockheed's legendary Skunk Works under the codename "Archangel," first flew in 1962 for the CIA as a top-secret reconnaissance aircraft. Built almost entirely from titanium, it could cruise above Mach 3 at altitudes over 85,000 ft (26 km)—fast and high enough to outrun enemy interceptors and surface-to-air missiles. This is the legendary spy plane taxiing out before unleashing its raw power on takeoff. The grandfather of the Blackbird still looks futuristic over 60 years later.
1:12

Everyone remembers the SR-71... but almost everyone forgot the aircraft that made it possible. The Lockheed A-12 Oxcart, developed by Lockheed's legendary Skunk Works under the codename "Archangel," first flew in 1962 for the CIA as a top-secret reconnaissance aircraft. Built almost entirely from titanium, it could cruise above Mach 3 at altitudes over 85,000 ft (26 km)—fast and high enough to outrun enemy interceptors and surface-to-air missiles. This is the legendary spy plane taxiing out before unleashing its raw power on takeoff. The grandfather of the Blackbird still looks futuristic over 60 years later.

Airforce Geek

29,118 views • 2 months ago

It looks like a spaceship. But it is 60 years old. This is the XB-70 Valkyrie. Built in the 1960s, it was designed to fly at Mach 3 (three times the speed of sound) and outrun a nuclear blast. It was so fast that the friction from the air heated the skin to over 600°F. To survive, the pilots wore pressurized space suits. But the craziest part was the wings. Once it hit supersonic speed, the wingtips would physically fold down 65 degrees. This allowed the plane to "ride" its own shockwave, like a surfer riding a wave. It used six massive jet engines aligned in a row. Only two were ever built. One crashed in a tragic accident, and the other sits in a museum. We haven't built anything like it since. Was this the peak of human engineering?
0:26

It looks like a spaceship. But it is 60 years old. This is the XB-70 Valkyrie. Built in the 1960s, it was designed to fly at Mach 3 (three times the speed of sound) and outrun a nuclear blast. It was so fast that the friction from the air heated the skin to over 600°F. To survive, the pilots wore pressurized space suits. But the craziest part was the wings. Once it hit supersonic speed, the wingtips would physically fold down 65 degrees. This allowed the plane to "ride" its own shockwave, like a surfer riding a wave. It used six massive jet engines aligned in a row. Only two were ever built. One crashed in a tragic accident, and the other sits in a museum. We haven't built anything like it since. Was this the peak of human engineering?

Mechanical Knowledge

948,836 views • 6 months ago

This is how fast an SR 71 is. Eldon Joersz was selected along with his RSO George Morgan, to fly for the international speed record in 1976. This was in part for the bicentennial celebration of the United States. George Morgan had texted me that they should have made 2100 mph, they missed the mark by 7 miles. When they were going out of the gate, they had an unstart. That’s a momentary pause in the engine that literally causes the engine to stop for a few seconds. George was disappointed that they didn’t make it to 2200 but they opted not to start over and keep going. For many years how fast the airplane flew and how high it could fly were top secret. Even today there are rumors that it could go Mach 4and could fly into Outer space. NOT TRUE. 🚀 Linda Sheffield
0:22

This is how fast an SR 71 is. Eldon Joersz was selected along with his RSO George Morgan, to fly for the international speed record in 1976. This was in part for the bicentennial celebration of the United States. George Morgan had texted me that they should have made 2100 mph, they missed the mark by 7 miles. When they were going out of the gate, they had an unstart. That’s a momentary pause in the engine that literally causes the engine to stop for a few seconds. George was disappointed that they didn’t make it to 2200 but they opted not to start over and keep going. For many years how fast the airplane flew and how high it could fly were top secret. Even today there are rumors that it could go Mach 4and could fly into Outer space. NOT TRUE. 🚀 Linda Sheffield

Habubrats SR-71

202,965 views • 8 months ago

I think it was the 1982 or 83 Toronto Airshow. I was a participant, we took an SR-71 and three crews went. One crew flew it in. One crew flew on the second-day airshow. And the third crew which was myself flew just a couple of flybys the third day of the airshow and then actually flew the aircraft back to Beale Air Force Base. So, when I came back into the Sacramento area and I was descending to land at Beale, we had a lot of fuel. We had to work on the holiday and I asked the backseater You want to make an approach at Sac Metro? And he said Can we do that? And I said Why not? Murray, Rosenberg SR-71 Pilot
4:10

I think it was the 1982 or 83 Toronto Airshow. I was a participant, we took an SR-71 and three crews went. One crew flew it in. One crew flew on the second-day airshow. And the third crew which was myself flew just a couple of flybys the third day of the airshow and then actually flew the aircraft back to Beale Air Force Base. So, when I came back into the Sacramento area and I was descending to land at Beale, we had a lot of fuel. We had to work on the holiday and I asked the backseater You want to make an approach at Sac Metro? And he said Can we do that? And I said Why not? Murray, Rosenberg SR-71 Pilot

Habubrats SR-71

78,549 views • 3 months ago

BREAKING QUESTION FOR AMERICA… Have we already seen the SR-72 “Darkstar” in combat… and didn’t even know it? Think about the timing. Hypersonic weapons are now being used. Air defenses are being overwhelmed. Targets are being struck with speed and precision that looks almost unreal. And yet the most advanced reconnaissance/strike aircraft ever designed… the SR-72 Darkstar… is supposedly still “in development.” Officially. Here is what we actually know as of March 2026. Lockheed Martin’s SR-72 program is still publicly listed as being in the design and development phase. There have been rumors of a demonstrator flight somewhere between 2025 and 2026… but nothing has been confirmed, nothing has been revealed, and no official aircraft has ever been shown. Which raises the obvious question. What if it already exists? Remember the SR-71 Blackbird. It flew secret missions for years before the public ever knew it existed. Mach 3. Titanium airframe. Untouchable by enemy defenses for decades. Now imagine the next generation. Hypersonic. Mach 6 capability. Autonomous strike capability. Global reach in under an hour. Would the United States announce that to the world… or would it quietly fly it in combat first? Right now videos are circulating online claiming secret aircraft sightings. Most of them are nonsense. Top Gun Maverick mock-ups. Video game footage. AI generated clips LIKE THIS ONE. But the real question remains. If the SR-72 Darkstar has already flown… would we even know? #SilentMajoritySpeaks #AStoneGroove
1:00

BREAKING QUESTION FOR AMERICA… Have we already seen the SR-72 “Darkstar” in combat… and didn’t even know it? Think about the timing. Hypersonic weapons are now being used. Air defenses are being overwhelmed. Targets are being struck with speed and precision that looks almost unreal. And yet the most advanced reconnaissance/strike aircraft ever designed… the SR-72 Darkstar… is supposedly still “in development.” Officially. Here is what we actually know as of March 2026. Lockheed Martin’s SR-72 program is still publicly listed as being in the design and development phase. There have been rumors of a demonstrator flight somewhere between 2025 and 2026… but nothing has been confirmed, nothing has been revealed, and no official aircraft has ever been shown. Which raises the obvious question. What if it already exists? Remember the SR-71 Blackbird. It flew secret missions for years before the public ever knew it existed. Mach 3. Titanium airframe. Untouchable by enemy defenses for decades. Now imagine the next generation. Hypersonic. Mach 6 capability. Autonomous strike capability. Global reach in under an hour. Would the United States announce that to the world… or would it quietly fly it in combat first? Right now videos are circulating online claiming secret aircraft sightings. Most of them are nonsense. Top Gun Maverick mock-ups. Video game footage. AI generated clips LIKE THIS ONE. But the real question remains. If the SR-72 Darkstar has already flown… would we even know? #SilentMajoritySpeaks #AStoneGroove

A Gene Robinson

54,875 views • 6 months ago

Part 6 The Pentagon Narrative; AA Flight 77 struck the Pentagon as the impact and jet fuel caused it to vaporize… Where is the wreckage? How did DPS get on site within seconds? Why does the damage not reflect the size of a 757 airliner? Why did the light poles the plane hit face away from the Pentagon? If jet fuel vaporized the plane why isn’t the ground charred? Where are the titanium engines? Why out of 86 videos showing the crash does the FBI release 1 that only has 5 frames? How did a untrained pilot maneuver an airliner at ground level? None of these questions were answered using facts based on science, in fact the FBI and 911 commission report didn’t answer many of them at all So this shows logically that it wasn’t a high jacked 757, so what hit the Pentagon? Since all video evidence was confiscated and the Pentagon air defense was down and considering the fact it could have only been a smaller unmanned aircraft or Drone, but then it would need to be Military authorized, but by who… 911 is the new Pearl Harbor full Documentary
23:21

Part 6 The Pentagon Narrative; AA Flight 77 struck the Pentagon as the impact and jet fuel caused it to vaporize… Where is the wreckage? How did DPS get on site within seconds? Why does the damage not reflect the size of a 757 airliner? Why did the light poles the plane hit face away from the Pentagon? If jet fuel vaporized the plane why isn’t the ground charred? Where are the titanium engines? Why out of 86 videos showing the crash does the FBI release 1 that only has 5 frames? How did a untrained pilot maneuver an airliner at ground level? None of these questions were answered using facts based on science, in fact the FBI and 911 commission report didn’t answer many of them at all So this shows logically that it wasn’t a high jacked 757, so what hit the Pentagon? Since all video evidence was confiscated and the Pentagon air defense was down and considering the fact it could have only been a smaller unmanned aircraft or Drone, but then it would need to be Military authorized, but by who… 911 is the new Pearl Harbor full Documentary

The Punisher

307,188 views • 3 years ago

The aircraft was not airworthy, not in the normal sense. A ferry flight is not a normal flight. The aircraft has a known defect that prevents it from carrying passengers. The defect cannot be repaired where the aircraft is, so it must be flown to a maintenance facility. It does not fly on a normal Certificate of Airworthiness. It flies under a Special Flight Permit: a one-time authorization that defines where the aircraft can fly, the crew required, and the operating limitations for that specific flight. I have been part of the process of preparing one of those permits. The defect is assessed. The risks are evaluated. The operating conditions are defined. The crew is fully briefed on the defect and its limitations. The route is planned around those limitations, and suitable alternate airports are selected. Then the aircraft departs, and you watch it leave, knowing exactly what condition it is in. That feeling stays with you. The permit exists because, in some cases, the safest option is to fly the aircraft under controlled conditions to a facility with the right people, tools, parts, and approvals, rather than attempt a repair where those resources are unavailable.
2:26

The aircraft was not airworthy, not in the normal sense. A ferry flight is not a normal flight. The aircraft has a known defect that prevents it from carrying passengers. The defect cannot be repaired where the aircraft is, so it must be flown to a maintenance facility. It does not fly on a normal Certificate of Airworthiness. It flies under a Special Flight Permit: a one-time authorization that defines where the aircraft can fly, the crew required, and the operating limitations for that specific flight. I have been part of the process of preparing one of those permits. The defect is assessed. The risks are evaluated. The operating conditions are defined. The crew is fully briefed on the defect and its limitations. The route is planned around those limitations, and suitable alternate airports are selected. Then the aircraft departs, and you watch it leave, knowing exactly what condition it is in. That feeling stays with you. The permit exists because, in some cases, the safest option is to fly the aircraft under controlled conditions to a facility with the right people, tools, parts, and approvals, rather than attempt a repair where those resources are unavailable.

OG of the Souŧh

132,070 views • 1 month ago

The SR-71 Blackbird converts supersonic air to subsonic speeds using a movable, conical "spike" in the engine inlet that generates a series of shock waves, slowing air from over Mach 3 to roughly Mach 0.4 before it reaches the compressor. This process, crucial for the J58 engine, transforms high-speed, low-pressure air into high-pressure air at a manageable speed, generating a majority of the total thrust. Mechanism for Slowing Air •Inlet Spike Position: The sharp, cone-shaped spike moves up to 26 inches backward as the aircraft accelerates, optimizing shock wave alignment. •Oblique Shock Waves: At supersonic speeds, the spike produces a series of angled oblique shock waves that slow and compress the air. •Normal Shock Wave: A terminal shock wave forms at the inlet mouth, effectively slowing the air to subsonic velocity. •Variable Geometry: The inlet computer automatically manages the spike position and bypass doors to prevent "inlet unstart"—an immediate loss of thrust caused by shock wave misalignment.  Benefits and Components •Pressure Conversion: The inlet acts like a "garden hose in reverse," where the reduction in speed is converted into massive pressure increase. •Subsonic Compression: The engine itself is a turbojet, which can only function on subsonic air. •Bypass Air: Excess air is bled off and reintroduced at the exhaust, adding more efficiency and thrust.  •YouTube : How the Lockheed SR-71 Blackbird works by Amimagraffs
1:04

The SR-71 Blackbird converts supersonic air to subsonic speeds using a movable, conical "spike" in the engine inlet that generates a series of shock waves, slowing air from over Mach 3 to roughly Mach 0.4 before it reaches the compressor. This process, crucial for the J58 engine, transforms high-speed, low-pressure air into high-pressure air at a manageable speed, generating a majority of the total thrust. Mechanism for Slowing Air •Inlet Spike Position: The sharp, cone-shaped spike moves up to 26 inches backward as the aircraft accelerates, optimizing shock wave alignment. •Oblique Shock Waves: At supersonic speeds, the spike produces a series of angled oblique shock waves that slow and compress the air. •Normal Shock Wave: A terminal shock wave forms at the inlet mouth, effectively slowing the air to subsonic velocity. •Variable Geometry: The inlet computer automatically manages the spike position and bypass doors to prevent "inlet unstart"—an immediate loss of thrust caused by shock wave misalignment.  Benefits and Components •Pressure Conversion: The inlet acts like a "garden hose in reverse," where the reduction in speed is converted into massive pressure increase. •Subsonic Compression: The engine itself is a turbojet, which can only function on subsonic air. •Bypass Air: Excess air is bled off and reintroduced at the exhaust, adding more efficiency and thrust.  •YouTube : How the Lockheed SR-71 Blackbird works by Amimagraffs

Habubrats SR-71

71,946 views • 5 months ago

Today marks the 27th anniversary of FF8. After the massive success of FF7, gamers everywhere were eagerly waiting for what would come next—and that was FF8. Did you know? Before its official release, a FF8 demo was included with Brave Fencer Musashi. I still remember watching the opening for the first time. The moment the CGI started playing, I literally got chills. It was unforgettable. When it finally launched, its popularity was just as incredible as FF7’s. The Junction system was a bit complicated at first, but there’s no denying it’s a true masterpiece. And that ending… “Eyes On Me.” It was the perfect emotional finale that sealed the experience. The FF8 package shown in the video is the PC version released by Samsung in Korea. I’m curious if it was released in a similar way in other countries as well.
0:37

Today marks the 27th anniversary of FF8. After the massive success of FF7, gamers everywhere were eagerly waiting for what would come next—and that was FF8. Did you know? Before its official release, a FF8 demo was included with Brave Fencer Musashi. I still remember watching the opening for the first time. The moment the CGI started playing, I literally got chills. It was unforgettable. When it finally launched, its popularity was just as incredible as FF7’s. The Junction system was a bit complicated at first, but there’s no denying it’s a true masterpiece. And that ending… “Eyes On Me.” It was the perfect emotional finale that sealed the experience. The FF8 package shown in the video is the PC version released by Samsung in Korea. I’m curious if it was released in a similar way in other countries as well.

Gamer_lafan

12,977 views • 7 months ago

Jetran, owner of Boeing 777-200LR N705DN, just issued a statement on that risky test flight maneuver in Texas. They’re not happy with the crew’s actions, stressing the aircraft isn’t Qatar Airways’ yet — no Qatar pilots were onboard. The plane is still theirs during passenger-to-cargo conversion by Mammoth Freighters. Jetran expects a full investigation and accountability for those responsible. That right wingtip was extremely close to the ground on that pass. When I first watched it I thought I was going to be watching a crash. Extremely reckless. The aircraft according to data if correct was at 760ft, the airport is at 722ft. That’s only 38ft up and then making that turn I bet that wing was only a few ft from the ground. 📹 Eric Breno ✈️🇧🇷 #Boeing #Aviation #N705DN
0:28

Jetran, owner of Boeing 777-200LR N705DN, just issued a statement on that risky test flight maneuver in Texas. They’re not happy with the crew’s actions, stressing the aircraft isn’t Qatar Airways’ yet — no Qatar pilots were onboard. The plane is still theirs during passenger-to-cargo conversion by Mammoth Freighters. Jetran expects a full investigation and accountability for those responsible. That right wingtip was extremely close to the ground on that pass. When I first watched it I thought I was going to be watching a crash. Extremely reckless. The aircraft according to data if correct was at 760ft, the airport is at 722ft. That’s only 38ft up and then making that turn I bet that wing was only a few ft from the ground. 📹 Eric Breno ✈️🇧🇷 #Boeing #Aviation #N705DN

SLCScanner

77,016 views • 3 months ago

Meet the F-15: America’s Undisputed Air Superiority King ✈️💥 In a world where speed decides survival, one legend rises above them all. The F-15 Eagle — not just a fighter… but America’s undisputed master of the heavens. From the moment its twin engines ignite, it doesn’t take off — it erupts. Mach 2.5. Thrust that defies gravity. A design so pure it was built for one thing only: total air dominance. No compromises. No equals. Watch it scream off carrier decks, carve through the clouds like a blade, and own every inch of the sky. Over 100 confirmed air-to-air victories. Zero losses. A record written in fire across deserts, oceans, and decades of conflict. This isn’t just metal and missiles. This is American engineering at its fiercest — the eagle that never blinks, never yields, and never loses. From the runway to the stratosphere… the king doesn’t ask for permission to rule. It simply takes it. F-15 Eagle — Undefeated. Unmatched. American. 🇺🇸
0:59

Meet the F-15: America’s Undisputed Air Superiority King ✈️💥 In a world where speed decides survival, one legend rises above them all. The F-15 Eagle — not just a fighter… but America’s undisputed master of the heavens. From the moment its twin engines ignite, it doesn’t take off — it erupts. Mach 2.5. Thrust that defies gravity. A design so pure it was built for one thing only: total air dominance. No compromises. No equals. Watch it scream off carrier decks, carve through the clouds like a blade, and own every inch of the sky. Over 100 confirmed air-to-air victories. Zero losses. A record written in fire across deserts, oceans, and decades of conflict. This isn’t just metal and missiles. This is American engineering at its fiercest — the eagle that never blinks, never yields, and never loses. From the runway to the stratosphere… the king doesn’t ask for permission to rule. It simply takes it. F-15 Eagle — Undefeated. Unmatched. American. 🇺🇸

NancyH

99,611 views • 4 months ago

Two air forces started the Pacific war. One trained its pilots, then kept them fighting until they died. The other trained its pilots, then often pulled many of its experienced combat pilots out to teach everyone else. This is one of the reasons America won the Pacific air war, let's dive in.. Japan's Elite Aviators At the start of the war, Japan had some of the finest fighter pilots in the world. The aviators who attacked Pearl Harbor were elite. Many had hundreds of hours in the cockpit and real combat experience from the fighting in China. Flying the nimble A6M Zero, they cut through Allied opposition in the early months of the war and earned a fearsome reputation. But Japan made a fateful choice about these men. It kept them in combat, more or less indefinitely. Japanese pilots flew mission after mission with no real system to rotate them home. They fought until they were shot down, crippled, or killed. It seemed ruthless and efficient. In reality, it was a slow-motion disaster. The Difference in Philosophy Because every time Japan lost one of those veterans, everything he knew died with him. America did the opposite. It regularly rotated many of its experienced combat pilots back home once they had done their share of fighting. There, they became instructors, pouring everything they had learned in real air combat directly into the next generation of pilots. So the two systems pulled in opposite directions. Japan's pool of skill drained away with every ace it buried. America's pool of skill grew, as each returning veteran multiplied his knowledge across hundreds of students. One nation was teaching. The other was simply dying. The Training Gap The gap became a chasm, and it was made worse by sheer scale. By 1944, the United States was training around 8,000 new aviators every month, each of them getting well over a year of instruction and hundreds of hours in the air before they ever saw combat. Japan could not come close. As its veterans vanished, its training program collapsed, and it was crippled by something else, too. Fuel. Japan was running so short of it that many trainees could barely fly enough hours to learn their trade. By the later part of the war, Japanese pilots were being rushed into battle with barely 100 hours of flying time, and sometimes far less. They were teenagers with almost no training, being sent up against American veterans who had been taught by the best combat pilots in the fleet. The outcome was no longer a contest. It was a slaughter. The Great Marianas Turkey Shoot Nowhere was that clearer than in the skies over the Mariana Islands in June 1944. When the Japanese launched hundreds of aircraft against the American fleet, they flew into a wall of Hellcat fighters, guided by radar and expert fighter direction that positioned the Americans at the perfect height and moment to strike. The green Japanese pilots in their now outdated Zeros never had a chance. In and around that battle, Japan lost nearly 480 aircraft, while the Americans lost only a few dozen. It was so one-sided that the American aviators nicknamed it the Great Marianas Turkey Shoot. Japan's naval air power, once the terror of the Pacific, was broken in a matter of days. Better Aircraft, Better Technology It was not only the pilots. It was the machines too. America kept producing better and better aircraft, like the tough, heavily armed F6F Hellcat, designed after studying a captured Zero and built to beat it. It could take punishment, out-dive and out-gun its opponent, and it was forgiving enough that even a less experienced pilot could survive his first fights and become a veteran. Over the war, Hellcat pilots claimed more than 5,000 enemy aircraft for a tiny fraction of that in losses. Japan, meanwhile, kept sending men up in the aging Zero, a plane that had been revolutionary in 1941 but was now underpowered, fragile, and outclassed. It was fast and agile, but a single burst of American fire could tear it apart, because it had traded armor and protection for maneuverability. Better pilots, in better planes, backed by better technology. The advantages stacked on top of one another. The Spiral Ends By the end, Japan had reached the final, desperate stage of the spiral. With almost no trained pilots left, and no way to make more in time, it turned to the kamikaze. A pilot did not need 500 hours of training to crash his aircraft into a ship. He only needed to take off, aim, and die. It was the last resort of an air force that had run out of the one thing it could never mass produce. Experienced men. America won the Pacific air war for many reasons. Its factories out-built the enemy. Its radar and intelligence gave it eyes the Japanese lacked. Its aircraft grew deadlier every year. But underneath all of it was something simpler. America treated its best pilots as a resource to be protected and passed on. Japan treated them as fuel to be burned. One of those choices built an air force that kept getting stronger. The other burned brightly, and then burned out. This was why America won the Pacific air war. I post a story like this every single day. Most people never see them. Follow so you don't miss the next one.
0:30

Two air forces started the Pacific war. One trained its pilots, then kept them fighting until they died. The other trained its pilots, then often pulled many of its experienced combat pilots out to teach everyone else. This is one of the reasons America won the Pacific air war, let's dive in.. Japan's Elite Aviators At the start of the war, Japan had some of the finest fighter pilots in the world. The aviators who attacked Pearl Harbor were elite. Many had hundreds of hours in the cockpit and real combat experience from the fighting in China. Flying the nimble A6M Zero, they cut through Allied opposition in the early months of the war and earned a fearsome reputation. But Japan made a fateful choice about these men. It kept them in combat, more or less indefinitely. Japanese pilots flew mission after mission with no real system to rotate them home. They fought until they were shot down, crippled, or killed. It seemed ruthless and efficient. In reality, it was a slow-motion disaster. The Difference in Philosophy Because every time Japan lost one of those veterans, everything he knew died with him. America did the opposite. It regularly rotated many of its experienced combat pilots back home once they had done their share of fighting. There, they became instructors, pouring everything they had learned in real air combat directly into the next generation of pilots. So the two systems pulled in opposite directions. Japan's pool of skill drained away with every ace it buried. America's pool of skill grew, as each returning veteran multiplied his knowledge across hundreds of students. One nation was teaching. The other was simply dying. The Training Gap The gap became a chasm, and it was made worse by sheer scale. By 1944, the United States was training around 8,000 new aviators every month, each of them getting well over a year of instruction and hundreds of hours in the air before they ever saw combat. Japan could not come close. As its veterans vanished, its training program collapsed, and it was crippled by something else, too. Fuel. Japan was running so short of it that many trainees could barely fly enough hours to learn their trade. By the later part of the war, Japanese pilots were being rushed into battle with barely 100 hours of flying time, and sometimes far less. They were teenagers with almost no training, being sent up against American veterans who had been taught by the best combat pilots in the fleet. The outcome was no longer a contest. It was a slaughter. The Great Marianas Turkey Shoot Nowhere was that clearer than in the skies over the Mariana Islands in June 1944. When the Japanese launched hundreds of aircraft against the American fleet, they flew into a wall of Hellcat fighters, guided by radar and expert fighter direction that positioned the Americans at the perfect height and moment to strike. The green Japanese pilots in their now outdated Zeros never had a chance. In and around that battle, Japan lost nearly 480 aircraft, while the Americans lost only a few dozen. It was so one-sided that the American aviators nicknamed it the Great Marianas Turkey Shoot. Japan's naval air power, once the terror of the Pacific, was broken in a matter of days. Better Aircraft, Better Technology It was not only the pilots. It was the machines too. America kept producing better and better aircraft, like the tough, heavily armed F6F Hellcat, designed after studying a captured Zero and built to beat it. It could take punishment, out-dive and out-gun its opponent, and it was forgiving enough that even a less experienced pilot could survive his first fights and become a veteran. Over the war, Hellcat pilots claimed more than 5,000 enemy aircraft for a tiny fraction of that in losses. Japan, meanwhile, kept sending men up in the aging Zero, a plane that had been revolutionary in 1941 but was now underpowered, fragile, and outclassed. It was fast and agile, but a single burst of American fire could tear it apart, because it had traded armor and protection for maneuverability. Better pilots, in better planes, backed by better technology. The advantages stacked on top of one another. The Spiral Ends By the end, Japan had reached the final, desperate stage of the spiral. With almost no trained pilots left, and no way to make more in time, it turned to the kamikaze. A pilot did not need 500 hours of training to crash his aircraft into a ship. He only needed to take off, aim, and die. It was the last resort of an air force that had run out of the one thing it could never mass produce. Experienced men. America won the Pacific air war for many reasons. Its factories out-built the enemy. Its radar and intelligence gave it eyes the Japanese lacked. Its aircraft grew deadlier every year. But underneath all of it was something simpler. America treated its best pilots as a resource to be protected and passed on. Japan treated them as fuel to be burned. One of those choices built an air force that kept getting stronger. The other burned brightly, and then burned out. This was why America won the Pacific air war. I post a story like this every single day. Most people never see them. Follow so you don't miss the next one.

Untold War Stories

156,024 views • 2 months ago

Only two XB-70 Valkyries ever built.. insane Mach 3 delta-wing beast meant to replace the B-52. One crashed in '66 after a mid-air collision with an F-104 during a photo shoot (tragic loss of two pilots), the other survives at the National Museum of the USAF in Dayton, Ohio. Super cool plane, but SAMs and missiles advanced faster.. it was kinda obsolete before it could really shine, probably would've ended up as a pricey cruise missile hauler like the B-52 did cheaper. Engineering masterpiece, but timing killed it. If the XB-70 had gone into production anyway, would it have changed bomber history? Or was the B-52 always the smarter bet?
2:59

Only two XB-70 Valkyries ever built.. insane Mach 3 delta-wing beast meant to replace the B-52. One crashed in '66 after a mid-air collision with an F-104 during a photo shoot (tragic loss of two pilots), the other survives at the National Museum of the USAF in Dayton, Ohio. Super cool plane, but SAMs and missiles advanced faster.. it was kinda obsolete before it could really shine, probably would've ended up as a pricey cruise missile hauler like the B-52 did cheaper. Engineering masterpiece, but timing killed it. If the XB-70 had gone into production anyway, would it have changed bomber history? Or was the B-52 always the smarter bet?

Fahad Naim

143,260 views • 7 months ago

MIG31 Engines The MiG-31 was a monster in its era. The two Soloviev D-30F6 reached around 3,000 km/h (Mach 2.83). No other aircraft came close in terms of power. It was far superior to everything that existed at the time, such as the F-14 Tomcat and F-15 Eagle, and compared to the Tornado it had roughly double the thrust. Only with the arrival of the F-22 did the West finally field something slightly superior to the MiG. Even when compared to modern fighters today, this beast still demonstrates its power, with roughly double the thrust of the Rafale and nearly 40% more than the F/A-18.
0:25

MIG31 Engines The MiG-31 was a monster in its era. The two Soloviev D-30F6 reached around 3,000 km/h (Mach 2.83). No other aircraft came close in terms of power. It was far superior to everything that existed at the time, such as the F-14 Tomcat and F-15 Eagle, and compared to the Tornado it had roughly double the thrust. Only with the arrival of the F-22 did the West finally field something slightly superior to the MiG. Even when compared to modern fighters today, this beast still demonstrates its power, with roughly double the thrust of the Rafale and nearly 40% more than the F/A-18.

Patricia Marins

170,639 views • 8 months ago

"i was still convinced i could win the race today and we did.. when the car's good and i'm in a good flow, there's no stopping" 😮‍💨 🗣️: what pleases you the most? lando: "the fact the car was very strong today. i was just very happy with a lot of things. i mean, the car was still horrible to drive at times, but quick. and i'd rather a horrible but quick car than anything else. yeah just the pace i had the whole race. even behind oscar at the beginning, of course, it wasn't my finest turn two. but after that, i was seeing what my pace was like and i just was better in every sense, in terms of degradation, in pace. and i was convinced i could still win the race even after that. whether i would box or i would force him to box [by putting him under pressure with the gaps] and i would go long and get fresher tyres and come back through. so i was still convinced i could win the race today and we did. of course, unfortunate for him and unlucky because i think we could have had a one-two. but otherwise, just my pace to stay so close to him for so long. we were just on another level today, and i felt in a very good flow of things. and when the car's good and i'm in a good flow, there's no stopping"
1:26

"i was still convinced i could win the race today and we did.. when the car's good and i'm in a good flow, there's no stopping" 😮‍💨 🗣️: what pleases you the most? lando: "the fact the car was very strong today. i was just very happy with a lot of things. i mean, the car was still horrible to drive at times, but quick. and i'd rather a horrible but quick car than anything else. yeah just the pace i had the whole race. even behind oscar at the beginning, of course, it wasn't my finest turn two. but after that, i was seeing what my pace was like and i just was better in every sense, in terms of degradation, in pace. and i was convinced i could still win the race even after that. whether i would box or i would force him to box [by putting him under pressure with the gaps] and i would go long and get fresher tyres and come back through. so i was still convinced i could win the race today and we did. of course, unfortunate for him and unlucky because i think we could have had a one-two. but otherwise, just my pace to stay so close to him for so long. we were just on another level today, and i felt in a very good flow of things. and when the car's good and i'm in a good flow, there's no stopping"

ray

14,582 views • 2 months ago