The B-2's stealth depends on a moisture-sensitive radar-absorbing coating. Rain degrades it. Humidity damages it. Here is why the world's most expensive bomber cannot park outside.

The B-2 Spirit's stealth capability depends on a radar-absorbing coating applied to every surface of the aircraft. That coating is sensitive to moisture, heat, and humidity. Rain damages it. Tropical air degrades it. The B-2 cannot be parked outside overnight in most climates. Every base that operates it requires a specialised climate-controlled hangar — and that requirement has shaped every deployment decision the aircraft has ever been part of.

Why B-2 bomber cannot get wet? Here is how rain can destroy a $2 billion machine

The B-2 is the most expensive aircraft ever built at $2.1 billion each. Only 21 exist. Here is why it costs so much, what it can do, and whether the investment made sense.

The B-2 Spirit stealth bomber costs $2.1 billion per aircraft. Only 21 were ever built. The US Air Force operates 20 of them today. For context, the entire GDP of several small nations is less than the price of a single B-2. Here is what that money actually bought, why it cost so much, and whether the investment made strategic sense.

'$2.1 billion for one plane': Why US built B-2 bomber and was it worth it?

The B-2 can't park outside anywhere in the world. Portable climate-controlled hangars must be pre-built at every base it deploys to. Here is the extraordinary logistics of housing the world's most expensive aircraft.

The B-2 Spirit cannot park outside. Its radar-absorbing skin requires climate-controlled storage after every flight. There is only one permanent B-2 base in the world — Whiteman Air Force Base in Missouri. When the aircraft deploys anywhere else on earth, a specialised portable shelter system must be pre-built and waiting. Here is the extraordinary logistical operation required just to house the world's most expensive aircraft.

'$50 million bed': Where does a $2 billion B-2 Bomber sleep?

The B-2 is a pure flying wing with no tail, no rudder, no stabiliser. Computers make 40 corrections per second to keep it airborne. Pilots call it flying a giant frisbee. Here is why it works.

Every conventional aircraft has a vertical tail. The B-2 Spirit does not. No rudder, no vertical stabiliser, no horizontal tailplane. The aircraft is a pure flying wing — a shape that conventional aerodynamics says should be unstable and uncontrollable. It stays in the air because computers make 40 corrections per second that no human pilot could manage. Pilots who fly it describe the experience as unlike anything else in aviation.

Why B-2 bomber has no tail?

The B-52 is visible to radar. The S-400 can engage it from 250 miles. So how does it survive? Standoff cruise missiles, electronic jamming, and a simple rule: never fly into the defended zone.

The B-52 is not a stealth aircraft. Modern radar systems can track it from hundreds of miles away. Russia's S-400 and China's HQ-9 surface-to-air missile systems are specifically designed to engage large aircraft at long range. So how does a 70-year-old, non-stealthy bomber survive in a world with these weapons — and would it even try to fly into range of them?

Can Russia's S-400 Or China's missiles actually shoot down a B-52? Here is how the old bomber stays alive

B-52s flew over 800 sorties in Desert Storm, dropping 40% of all Coalition bombs. Iraqi soldiers surrendered to journalists to escape the bombing. Here is what those strikes actually did.

In the weeks before the Gulf War ground assault began in February 1991, B-52s flew over 800 sorties against Iraqi Republican Guard positions in Kuwait and southern Iraq. The psychological effect was as significant as the physical destruction. Iraqi soldiers who survived the bombing were surrendering to anyone they could find — including journalists — because they would rather be captured than spend another hour under B-52 strikes.

What 800 B-52 sorties did to Saddam's army in the Gulf War?

re zones. Today they can hit a specific room. Here is how bombing accuracy evolved from area destruction to GPS precision over seven decades.

In Vietnam, B-52s dropped bombs in patterns that obliterated everything within a football-field-sized area. Today, the same aircraft can drop a weapon from the same altitude and hit a specific room in a specific building. Here is how bombing accuracy changed across seven decades — and what made the transformation possible.

How does a B-52 hit a single building from 50,000 feet? The evolution from carpet bombing to GPS precision

The B-21 Raider is stealthy and new. The B-52 is 70 years old and visible to radar. The US Air Force is flying both — because each does something the other can't. Here is what that means.

The B-21 Raider is America's newest bomber — stealthy, modern, and designed for the most contested airspace on earth. The B-52 is from 1952, visible to radar, and older than most living pilots. The US Air Force is flying both simultaneously and has no plans to retire the B-52 until 2050. Here is what each one does that the other cannot.

America has a brand new stealth bomber called B-21. So why is it still flying the 70-year-old B-52?

The B-52 carries nuclear bombs, cruise missiles, hypersonic weapons, anti-ship missiles, and bunker busters — all on one airframe. Here is what each weapon does and why the flexibility is the point.

The B-52 can carry up to 70,000 pounds of weapons in a single mission. That payload can include nuclear gravity bombs, long-range cruise missiles, hypersonic glide vehicles, anti-ship missiles, precision-guided bunker busters, and conventional carpet-bombing munitions. Here is what each weapon does and why the B-52's ability to carry all of them is its most important feature.

From H-bombs to hypersonic missiles: What weapons a B-52 can actually carry?

From 1960 to 1968, B-52s carrying live nuclear bombs flew continuously over the Arand Atlantic. Two crashed. One deposited nukes in Greenland. Here is what Chrome Dome actually was.

From 1960 to 1968, the US Air Force kept B-52s carrying live nuclear weapons continuously airborne over the Arctic, the Atlantic, and the approaches to the Soviet Union — every hour of every day, without pause. The operation was called Chrome Dome. It ended after two crashes deposited nuclear weapons on Spain and Greenland. Here is what those years actually looked like.

For years, US kept nuclear bombers in the air 24 hours a day, every single day! Here is what chrome dome actually was

In 1966, a B-52 collision scattered four hydrogen bombs over a Spanish village. Two broke open and contaminated farmland with plutonium. The US quietly cleaned it up and hoped no one would notice.

On January 17, 1966, a B-52 carrying four hydrogen bombs collided with a refuelling tanker over the Spanish fishing village of Palomares. All four bombs fell to earth. Two broke open and scattered radioactive plutonium across farmland. The US government quietly cleaned it up, paid off farmers, and hoped nobody would notice. They noticed.

The day a B-52 almost dropped four nuclear bombs on Spain by accident and US spent months hiding it

In December 1972, waves of B-52s struck Hanoi for 11 consecutive days. 15 bombers were shot down. North Vietnam returned to the peace table within weeks. Here is what those 11 days actually looked like.

In December 1972, the United States launched Operation Linebacker II — the most intensive bombing campaign in history since World War Two. For 11 consecutive days and nights, waves of B-52s struck Hanoi and Haiphong. Thirty-one aircraft were shot down. The bombing ended the war. Here is what those 11 days actually looked like.

'The night Hanoi shook': What 3,000 B-52 sorties In 11 days did to Vietnam and to the war

After dropping a nuclear weapon, a B-52 crew has four minutes to get eight miles away. The LABS escape manoeuvre — a violent climbing turn at full throttle — is how they try to survive.

After releasing a nuclear weapon, a B-52 crew has approximately four minutes to put at least eight miles between themselves and the detonation point. The escape manoeuvre they must execute — a violent, near-vertical banking turn at full throttle — is one of the most extreme things any large aircraft has ever been designed to do.

'Suicide Manoeuvre': What B-52 pilots must do in the 4 minutes after dropping a nuclear bomb to survive

For every flight hour, the B-52 needs 50-65 hours of ground maintenance. Here is the army of specialists that keeps the world's oldest bomber in the air — and why they are never talked about.

For every hour a B-52 spends in the air, it requires between 50 and 60 hours of maintenance work on the ground. That work is done by hundreds of specialists — fuel technicians, avionics engineers, structural mechanics, weapons loaders — whose names never appear in any news report about a bombing mission.

It takes 50 people on the ground to put one B-52 in the air! Here is the maintenance army nobody talks about

From walls of analogue dials and star trackers to digital glass displays and GPS. The B-52 cockpit has been transformed completely — while the frame flying it has stayed the same.

The 1952 B-52 cockpit was a wall of round analogue dials, switches, and gauges that took years to master. The 2026 version has digital glass displays, GPS navigation, and touchscreen-compatible interfaces. Same aircraft frame. Completely different brain. Here is what changed and what stayed the same.

'Nokia 3310 to iPhone': What B-52 cockpit looked like in 1952 versus what pilots see today

4,000 aircraft parked in the Tucson desert. B-52s are preserved, pickled, and never fully retired. Here is how the Boneyard works and why these planes never truly die.

In the desert outside Tucson, Arizona, more than 4,000 retired military aircraft sit in neat rows baking in the sun. Among them are dozens of B-52s — not destroyed, not scrapped, but preserved in a state of suspended retirement. The reason they are kept is more strategic than sentimental.

'Graveyard of giants': Where US parks its retired B-52s in Arizona desert and why they never fully die

The B-52 can fly on as few as four engines. Here is what the crew does in the first 60 seconds after an engine failure and how the eight-engine design was always a survival calculation.

The B-52 has eight engines for a reason. But what happens when one — or two — fail deep into a 40-hour mission, thousands of miles from the nearest friendly base? The answer reveals why the eight-engine design was never a luxury. It was a survival calculation.

What happens when a B-52 loses an engine at hour 30 of a mission? Here is what the crew actually does

The B-52 lands while pointing in a different direction than it is travelling. Here is how its rotating landing gear works and why no other aircraft has copied it.

Every aircraft lands facing the direction it is flying — except the B-52. Its landing gear can rotate up to 20 degrees, allowing it to touch down while pointing in an entirely different direction. Here is why this bizarre design exists and why no other plane has copied it.

Why does a B-52 bomber land sideways? The crab-gear trick no other plane in the world uses

The B-52 costs $70,000 every flight hour to operate. A 24-hour mission runs $1.68 million before weapons. Here is what that number means in everyday terms.

The US Air Force spends approximately $70,000 per flight hour to operate the B-52 Stratofortress. With 76 active aircraft and hundreds of flight hours logged annually, the running cost of America's oldest bomber fleet is staggering — and deeply revealing about the true price of global military dominance.

It costs $70,000 every hour to fly a B-52 bomber! Here is what else US could buy with that money

Two aircraft, 50 feet apart, at 500mph and 30,000 feet. Here is how aerial refuelling works and why it is the only reason a B-52 can stay airborne for 47 hours.

Without aerial refuelling, the B-52 Stratofortress would be grounded after roughly 8,800 miles. With it, there is no theoretical limit to how far it can fly. The process of two aircraft connecting at altitude and speed is one of the most technically demanding manoeuvres in all of aviation.

How does a B-52 refuel mid-air at 500mph? The flying gas station trick that lets it stay up for days

Eight engines, 140 decibels, and a shockwave you feel before you hear it. Here is what a B-52 flyover actually does to everything on the ground below.

Eight massive jet engines at low altitude produce a sound and shockwave that people who have experienced it never forget. Car alarms trigger, windows rattle, animals flee, and the ground vibrates. Here is the physics of what a B-52 flyover actually does to everything below it.

What happens to your house when a B-52 bomber flies overhead at low altitude?

The B-52 is slower than a commercial jet but carries 70,000 lbs of weapons and can strike from 1,500 miles away. Speed is the wrong metric for the world's most feared bomber.

The B-52 Stratofortress has a top speed of around 650 mph. A commercial Boeing 777 cruises at 590 mph and carries 400 passengers. On paper, the bomber barely wins. In reality, the comparison tells you nothing about why generals lose sleep when a B-52 appears on radar.

A Boeing 777 is faster than a B-52 bomber! So why does every enemy military fear it more than anything else in the sky?

The B-52 first flew in 1952. It has outlasted 13 presidents, the Cold War, and every aircraft built to replace it. Here is why it is still the best option the US has.

The B-52 Stratofortress first flew in 1952 — before colour television was common, before commercial jet travel existed, and before most living humans were born. The US Air Force plans to keep flying it until 2050. Here is why no replacement has ever matched it.

Why US is still flying a 1952 war machine in 2026

The B-52 stays airborne for up to 47 hours. Its 5-person crew cannot leave. Here is what eating, sleeping, and surviving inside a flying bomber actually looks like.

The B-52 Stratofortress can stay in the air for up to 47 hours without landing. Its crew of five cannot step outside. Here is what life inside the bomber actually looks like during the world's longest combat missions.

'47 hours in a flying war machine': What B-52 crew members eat, sleep and do when nature calls

The B-52 burns 3,300 gallons of fuel per hour. Here is what that means compared to your car, your city, and everyday life.

The B-52 Stratofortress burns roughly 3,300 gallons of jet fuel every single hour. That is not a typo. Here is what that number actually means when you compare it to everyday life.

How much fuel does a B-52 bomber drink in comparison to your car?

The Boeing B-52 Stratofortress first took to the skies on April 15, 1952. At that point, Queen Elizabeth II had been on the British throne for less than three months, the Korean War was still being fought, and the transistor radio had not yet been commercially released. In 2026, that same aircraft design, upgraded, patched, and modernised many times over, is still the backbone of the United States Air Force's long-range bombing capability. No other combat aircraft in history has remained in frontline service for anywhere near this long.&nbsp;A Career That Has Outlasted Almost Everything&nbsp;The B-52 entered service with the US Air Force in 1955, delivered first to the 93rd Bomb Wing at Castle Air Force Base in California. In the 71 years since, the world has seen the Cold War come and go, the rise and fall of the Soviet Union, the invention of the internet, the smartphone revolution, and three generations of fighter jets enter and exit service. The B-52 has outlasted every single one of its contemporaries, including the aircraft it was designed to fly alongside. It has been used in combat in Vietnam, the Gulf War, Kosovo, Afghanistan, Iraq, and Syria. It has dropped conventional bombs, precision-guided munitions, and cruise missiles. It has tested hypersonic weapons and served as a nuclear deterrent platform simultaneously.&nbsp;Why It Has Never Been Replaced&nbsp;The short answer is that nothing has come close to matching what the B-52 offers: a massive 32,000 kg payload, a range of over 14,000 km without refuelling, and the ability to carry almost every weapon in the US inventory. The aircraft was designed so well structurally that its airframe, the actual metal skeleton of the plane, is expected to remain airworthy until at least 2050. Multiple attempts to design a replacement have either been cancelled, delayed, or resulted in aircraft with more limited capabilities. The B-21 Raider, the B-52's eventual successor, is now entering limited service but is unlikely to replace the Stratofortress entirely for decades.&nbsp;744 Built, 76 Still Flying&nbsp;Between 1952 and 1962, Boeing built 744 B-52s across eight variants, designated A through H. Today, the US Air Force operates 76 B-52H models, &nbsp;the final and most capable variant, delivered between 1961 and 1962. Every single one of those aircraft is now older than 60 years. The youngest B-52 currently flying was built before the first Moon landing. And rather than retire them, the USAF has just signed a $2 billion contract to re-engine all 76 aircraft with brand new Rolls-Royce F130 powerplants, an investment that signals the B-52's service life will extend well beyond 2050.&nbsp;A Symbol of American Strategic Power&nbsp;The B-52's longevity is not just an engineering story, it is a geopolitical one. For over seven decades, the continuous presence of nuclear-capable B-52s on alert has been a core pillar of America's nuclear deterrence strategy. When tensions rise anywhere in the world, deploying B-52s to a nearby base or flying them over a region is one of the clearest signals Washington can send. It is the same signal it has been sending since 1955 and it is still, without question, being received.

The B-52 first flew in April 1952. Over 70 years later it is still America's frontline strategic bomber, with the USAF planning to fly it past 2050.

The Boeing B-52 Stratofortress first took to the skies on April 15, 1952. At that point, Queen Elizabeth II had been on the British throne for less than three months, the Korean War was still being fought, and the transistor radio had not yet been commercially released. In 2026, that same aircraft design, upgraded, patched, and modernised many times over, is still the backbone of the United States Air Force's long-range bombing capability. No other combat aircraft in history has remained in frontline service for anywhere near this long. A Career That Has Outlasted Almost Everything The B-52 entered service with the US Air Force in 1955, delivered first to the 93rd Bomb Wing at Castle Air Force Base in California. In the 71 years since, the world has seen the Cold War come and go, the rise and fall of the Soviet Union, the invention of the internet, the smartphone revolution, and three generations of fighter jets enter and exit service. The B-52 has outlasted every single one of its contemporaries, including the aircraft it was designed to fly alongside. It has been used in combat in Vietnam, the Gulf War, Kosovo, Afghanistan, Iraq, and Syria. It has dropped conventional bombs, precision-guided munitions, and cruise missiles. It has tested hypersonic weapons and served as a nuclear deterrent platform simultaneously. Why It Has Never Been Replaced The short answer is that nothing has come close to matching what the B-52 offers: a massive 32,000 kg payload, a range of over 14,000 km without refuelling, and the ability to carry almost every weapon in the US inventory. The aircraft was designed so well structurally that its airframe, the actual metal skeleton of the plane, is expected to remain airworthy until at least 2050. Multiple attempts to design a replacement have either been cancelled, delayed, or resulted in aircraft with more limited capabilities. The B-21 Raider, the B-52's eventual successor, is now entering limited service but is unlikely to replace the Stratofortress entirely for decades. 744 Built, 76 Still Flying Between 1952 and 1962, Boeing built 744 B-52s across eight variants, designated A through H. Today, the US Air Force operates 76 B-52H models, the final and most capable variant, delivered between 1961 and 1962. Every single one of those aircraft is now older than 60 years. The youngest B-52 currently flying was built before the first Moon landing. And rather than retire them, the USAF has just signed a $2 billion contract to re-engine all 76 aircraft with brand new Rolls-Royce F130 powerplants, an investment that signals the B-52's service life will extend well beyond 2050. A Symbol of American Strategic Power The B-52's longevity is not just an engineering story, it is a geopolitical one. For over seven decades, the continuous presence of nuclear-capable B-52s on alert has been a core pillar of America's nuclear deterrence strategy. When tensions rise anywhere in the world, deploying B-52s to a nearby base or flying them over a region is one of the clearest signals Washington can send. It is the same signal it has been sending since 1955 and it is still, without question, being received.

The Boeing B-52 Stratofortress first flew in April 1952 — before the Korean War ended, before Elvis released his first record, before most of its current pilots were born. Over 70 years later, it is still America's frontline strategic bomber, and the USAF plans to fly it past 2050.

Built in 1952, still bombing in 2026: The B-52 is older than your grandfather and America refuses to retire it

The current B-52H bomber requires a five-person crew, including pilots, navigators, and an electronic warfare officer. However, upcoming B-52J radar upgrades will reduce this to a four-person team to operate the USD 84 million aircraft.

The current B-52H bomber requires a five-person crew, including pilots, navigators, and an electronic warfare officer. However, upcoming B-52J radar upgrades will reduce this to a four-person team to operate the USD 84 million aircraft.

How many people does it take to operate a B-52 bomber?

Operating the B-52 bomber costs the US Air Force roughly USD 88,000 per flight hour. Burning 3,300 gallons of fuel hourly, it still remains significantly cheaper to fly than modern stealth aircraft like the B-2 Spirit or the B-1 Lancer.

Operating the B-52 bomber costs the US Air Force roughly USD 88,000 per flight hour. Burning 3,300 gallons of fuel hourly, it still remains significantly cheaper to fly than modern stealth aircraft like the B-2 Spirit or the B-1 Lancer.

How much does a B-52 bomber cost to operate per hour?

The US Department of War has renamed its largest military command, removing the reference to the Indian Ocean and restoring its previous title.&nbsp;The department announced on Tuesday that the US Indo-Pacific Command will officially return to its original name, US Pacific Command. Officials said the change will not affect the command's operations, responsibilities or geographical area of coverage.&nbsp;US Secretary of War Pete Hegseth welcomed the decision and highlighted the return of the command's historic identity.&nbsp;"U.S. Pacific Command…is back," he posted on X.&nbsp;The command was established on January 1, 1947, under then-President Harry S Truman and operated as US Pacific Command for more than seven decades. It remains the oldest and largest unified combatant command in the United States military.&nbsp;Also Read: <a href="https://www.wionews.com/world/trump-trying-to-take-out-competition-newsom-alleges-doj-probe-is-politically-driven-they-chose-a-target-and-went-looking-for-a-crime-1781661000750">Trump trying to take out competition? Newsom alleges DOJ probe is politically driven: They 'chose a target and went looking for a crime'</a><h2>Pentagon says move restores historic identity</h2>In a statement, the Department of War said the decision recognises the command's long-standing history and heritage.

<blockquote class="twitter-tweet">Department of War Restores U.S. Pacific Command Designation. CAMP H.M. SMITH, Hawaii — The Department of War announced today that the U.S. Indo-Pacific Command (USINDOPACOM) will officially restore its name to the U.S. Pacific Command (USPACOM). Originally established on… <a href="https://t.co/ZL0EL3q6Ph">pic.twitter.com/ZL0EL3q6Ph</a>&mdash; U.S. Pacific Command (@INDOPACOM) <a href="https://x.com/INDOPACOM/status/2067022506742169659?ref_src=twsrc%5Etfw">June 16, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

"Restoring the legacy USPACOM designation honours the command's deep historical roots, fostering a sense of pride and collective spirit among all who serve in the Pacific," the department said.&nbsp;The US military stressed that the renaming is largely symbolic and does not involve any changes to troop deployments, military missions or Pentagon activities. The command's area of responsibility remains unchanged, stretching from waters off the western coast of the United States to India's western border.&nbsp;"USPACOM’s vast area of responsibility—spanning from the waters off the West Coast of the United States to the western border of India—remains exactly the same. The command's fundamental mission and its unwavering commitment to maintaining a free and open theatre alongside regional allies and partners are unchanged," it added in the statement.&nbsp;The Indo-Pacific designation was adopted in 2018 when then Defence Secretary Jim Mattis announced the change from Pacific Command to Indo-Pacific Command, a move that reflected India's growing strategic importance in the region.&nbsp;"Relationships with our Pacific and Indian Ocean allies and partners have proven critical to maintaining regional stability," Mattis said at the time. "In recognition of the increasing connectivity between the Indian and Pacific Oceans, today we rename the US Pacific Command to US Indo-Pacific Command."&nbsp;The command oversees about 375,000 military and civilian personnel across its area of responsibility, which includes India.

The US military said the renaming is purely symbolic, with no changes to troop deployments, missions or the command's area of responsibility, which continues to extend from the US West Coast to India's western border.

The US Department of War has renamed its largest military command, removing the reference to the Indian Ocean and restoring its previous title. The department announced on Tuesday that the US Indo-Pacific Command will officially return to its original name, US Pacific Command. Officials said the change will not affect the command's operations, responsibilities or geographical area of coverage. US Secretary of War Pete Hegseth welcomed the decision and highlighted the return of the command's historic identity. "U.S. Pacific Command…is back," he posted on X. The command was established on January 1, 1947, under then-President Harry S Truman and operated as US Pacific Command for more than seven decades. It remains the oldest and largest unified combatant command in the United States military. Also Read: Trump trying to take out competition? Newsom alleges DOJ probe is politically driven: They 'chose a target and went looking for a crime' Pentagon says move restores historic identity In a statement, the Department of War said the decision recognises the command's long-standing history and heritage.

The US military said the renaming is purely symbolic, with no changes to troop deployments, missions or the command's area of responsibility, which continues to extend from the US West Coast to India's western border.

US Indo-Pacific Command drops 'Indo', reverts to original US Pacific Command name

The B-52 is vastly cheaper to operate than newer stealth bombers. Overbuilt and highly adaptable, it serves as a massive airborne missile truck, launching long-range standoff weapons from safe airspace to achieve 100 years of service.

The B-52 is vastly cheaper to operate than newer stealth bombers. Overbuilt and highly adaptable, it serves as a massive airborne missile truck, launching long-range standoff weapons from safe airspace to achieve 100 years of service.

The B-52 bomber was supposed to retire decades ago: Why the US military refused to retire it

Driven by the Pentagon's Replicator initiative, the US Navy is deploying thousands of highly autonomous surface and underwater drones capable of executing complex missions, including recent historic rescue operations, without human intervention.

Driven by the Pentagon's Replicator initiative, the US Navy is deploying thousands of highly autonomous surface and underwater drones capable of executing complex missions, including recent historic rescue operations, without human intervention.

From Combat to Rescue: Why are US sea drones considered among the most advanced in the world

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Why B-2 bomber cannot get wet? Here is how rain can destroy a $2 billion machine

'$2.1 billion for one plane': Why US built B-2 bomber and was it worth it?

'$50 million bed': Where does a $2 billion B-2 Bomber sleep?

Why B-2 bomber has no tail?

Can Russia's S-400 Or China's missiles actually shoot down a B-52?

What 800 B-52 sorties did to Saddam's army in the Gulf War?

How does a B-52 hit a single building from 50,000 feet?

America has a brand new stealth bomber called B-21!

From H-bombs to hypersonic missiles: What weapons a B-52 can actually carry?

For years, US kept nuclear bombers in the air 24 hours a day, every single day

The day a B-52 dropped four nuclear bombs on Spain by accident

What 3,000 B-52 sorties In 11 days did to Vietnam and to the war

What B-52 pilots must do in the 4 minutes after dropping a nuclear bomb

It takes 50 people on the ground to put one B-52 in the air! Here is the maintenance army nobody talks about

What B-52 cockpit looked like in 1952 versus what pilots see today

'Graveyard of giants': Where US parks its retired B-52s in Arizona desert

What happens when a B-52 loses an engine at hour 30 of a mission?

Why does a B-52 bomber land sideways?

$70,000 every hour to fly a B-52 bomber! What else could you buy with that money

How does a B-52 refuel mid-air at 500mph?

What happens to your house when a B-52 bomber flies overhead at low altitude?

Why does every enemy military fear it more than anything else in the sky?

Why US is still flying a 1952 war machine in 2026

What B-52 crew members eat, sleep and do when nature calls

How much fuel does a B-52 bomber drink in comparison to your car?

Built in 1952, the B-52 is still America's most relied-upon bomber