The Most TERRIFYING Shell of Vietnam You’ve Never Heard Of

Firebase Bird, the Kiman Valley, 50 km north of Kenyan, a few hours after midnight on the 27th of December, 1966. The mortars come first, then North Vietnamese infantry comes through the wire, and they come fast enough that the position never has time to become a defense.

It becomes a series of separate fights. The perimeter goes quickly. The enemy takes the 155 gunpits. All of them. They hold some of the 105s as well. That is worth sitting with for a moment because a gunpit is not a fighting position. It is a workplace. It is where men who are supposed to be 4 miles from the enemy do arithmetic and pull lanyards.

Now consider what an artillery piece actually is. A howitzer is a machine for reaching. The whole thing is built to throw a shell in a high arc over hills at a target its crew will never see. Directed by a voice on a radio. Every part of it assumes distance. The sights, the fuses, the tables, the training.

All of it is built on the idea that the danger is somewhere else. Which means that at Firebase Bird that night, the most powerful weapons on the position were, for practical purposes, furniture. So, the surviving crews did the only thing left. They dropped the tubes, cranked the elevation down until the barrels were pointing flat across their own position, at their own wire, at men close enough to hear, and they loaded a shell that had almost nothing in common with the one stacked beside it.

No high explosive, nothing that would go off on impact. Inside that aluminum body were 8,000 steel darts packed in stacked layers like something a machine had assembled with enormous patience. They fired. The attack stopped. The round was the M546, and every soldier in Vietnam knew it by one word, beehive. Now, if you know anything at all about this shell, you know why it has that name.

The darts made a buzzing sound going down range. Thousands of them at supersonic speed. Or so the story has always gone. Except that is not where the name comes from. That word predates Vietnam by almost a decade. It comes from a development contract issued in 1957. And it describes how the fletchet sat inside the shell, compartmentalized and stacked in tapering layers that looked like the old-fashioned image of a beehive.

A packaging description that is all it ever was. Soldiers assumed the buzzing explanation, and it was such a good one that it replaced the real story entirely. That should tell you something about how well this round is actually understood. Because here is the strange part. You have almost certainly heard the word beehive.

Far fewer people know what was inside it and fewer still know the thing that matters most. That the army started reaching for something else before the war was even over. And that the reason had nothing to do with the round failing. It worked. It worked at Firebase Bird and it worked afterward. The problem was that the enemy figured out how to beat it and the counter cost him nothing at all.

There is also a duller reason this round slipped out of the story and it is worth naming. Beehive was ammunition. Not a rifle, not a vehicle, not a thing a man carries in his photographed holding. Nobody poses with a shell. It has no silhouette, no nickname earned in the field beyond the one the contract gave it, and no museum case with a plaque and a story.

Artillery men fired it, and as a rule, artillery men do not narrate the war afterward. And the thing that eventually displaced it was not a rival weapon anyone could point at. It was a fuse setting. To understand why any of this was necessary, you have to understand the peculiar helplessness of an artillery piece.

The American fire support base was one of the defining structures of the war. a cleared hilltop, a burm, belts of wire, and inside it a battery of howitzers whose entire purpose was to put steel on any American units call within range, often several miles out at targets the gunners never laid eyes on. That arrangement makes the guns enormously valuable, which makes the firebase a target, which produces the central problem.

A howitzer was never designed to defend its own gunpit. That is not the same as saying it cannot. A gun can be dropped level and fired straight at something close and doctrine says so plainly. The problem is everything around the gun. Its ammunition is fused for targets kilometers away. Its crew are not riflemen and were never trained as riflemen.

Its imp placement is a fixed open pit built for serving a weapon, not for holding ground. A firing battery did not have the people or the expertise to fight off a determined ground assault and the army knew it. Which is why batteries leaned on infantry to do that job for them. So a firebase depends on infantry and on wire and on everything in front of it holding.

When it does not hold, when sappers cut the belts at night and the fighting arrives inside the perimeter, the battery is in an appalling position. Its guns are useless in the role they exist for, and the enemy is at conversational distance, and these positions were attacked. A firebase was a known, fixed, mapped location holding something the enemy badly wanted destroyed, sitting in country he moved through freely after dark.

Sooner or later, somebody was going to get inside. That problem was not new, and it had produced casualties before. In Korea, Chinese infantry had attacked in mass formations against American positions, and the experience left the army thinking hard about what a gun crew could do against a large number of men coming at them across open ground in the last few hundred meters.

There was an old answer, and every artillery man knew it. Cannons had carried canisters since the age of black powder. A tin of musk balls fired straight from the muzzle, turning a field gun into an enormous shotgun for exactly this emergency. Gunners had been saving themselves that way since before the American Civil War.

And the tactic had not changed in principle in 150 years. Trouble is, a lead ball is a poor projectile. It sheds speed quickly, it wanders, and past a short distance, it stops being dangerous. Canister was a weapon of the last 50 yards. What the army wanted was canister that reached out to hundreds of meters and that meant abandoning the ball entirely.

The contract went out from Pikatini Arsenal in April of 1957 and it went to a company most people would never associate with artillery, Whirlpool, the appliance manufacturer. They called the program Beehive for the way the payload stacked inside the shell. And that name outlived the program, the contract, and very nearly the memory of what it meant.

What they settled on was the fleshet, a slim steel dart weighing about eight grains. Call it a heavy nail with four small fins swept back at the tail. The fins are the entire point. A ball tumbles unpredictably and bleeds off energy. A finned dart flies straight, nose first, holding its shape and its speed the way an arrow does.

Far less mass than a musk ball, but it keeps what it has and concentrates all of it behind a very small point. 8,000 of them went into a single 105 howitzer show. Getting them out was the other half of the engineering. The M546 carried a mechanical time fuse, and it left the ammunition plant already set for what the manuals call muzzle action, meaning the payload was released essentially as the shell cleared the barrel, which is what you want when the enemy is inside your wire.

But the fuse could be dialed out as far as 100 seconds. So the shell could also be sent downrange and opened at a chosen distance, dumping its darts into a column of men who had no idea anything had happened until it already had. When the fuse functioned, the shell body opened and the fleshetses came out as an expanding cone, spreading wider the further they traveled.

There was also a tracer element, which matters more than it sounds. It meant a gun crew firing in the dark at a target they were pointing at rather than aiming at could actually see where the thing had gone and correct the next one. Two things about the design are worth knowing because both say something about what this shell was.

That body was aluminum and it was thin. Thin enough that the manuals warn a damaged round is unpredictable and must not be fired at all. This was not a rugged object. It was a container built to open. And there was a rule attached to it in black and white. The M546 was never to be fired over the heads of exposed friendly troops.

Not in a combat emergency, not for any reason. There is no discretion in that instruction. And it is the clearest statement anyone ever wrote about what 8,000 steel darts do to whatever is in front of them. Accounts also describe crews sending up a green star cluster before firing. So anyone outside the wire knew what was coming. The round reached combat in Vietnam in November of 1966.

And by the Army’s own account, a single one of them stopped an attack, but almost nobody noticed. Bird 7 weeks later is the battle that made artillery men pay attention. Consider what Bird was. 12 howitzers sat on that landing zone. 6 105s and 6155s. And the infantry protecting all of it amounted to a single company at half strength.

An enormous concentration of firepower and almost nobody to stop anyone walking up to it. The enemy knew it. On the night of the 26th, North Vietnamese troops from the 22nd regiment came up to within a few feet of the outer wire without being detected and then went through it. And that is how the round got the job it did. The perimeter had already failed.

The enemy held gunpits. The Americans were not defending a position at that point so much as trying to take one back. And they did it by leveling the surviving howitzers across ground they were standing on. That attack was stopped. It was not cheap. 27 Americans killed and 67 wounded. Well over half the defenders.

And two men earned the Distinguished Service Cross before it was over. Artillery came in from a neighboring firebase. Gunships arrived and the North Vietnamese withdrew into a pursuit that ran another 4 days. But the position held and the beehive is a large part of why. After that, it spread everywhere.

Fchette rounds were produced for the 90 mm guns on tanks, for recoilless rifles, later for the Sheridan, and for grenade launchers. Any weapon that might find itself firing at people close enough to sea got a version of the same idea. And in the role it was designed for against men crossing open ground upright, it did exactly what the engineers promised.

Which brings us to the counter. And the counter is the most interesting thing in this entire story. A beehive round throws its darts in a cone that expands outward from the muzzle. And that cone travels flat. It is a horizontal event. Whatever is standing in it gets hit, so do not stand. The North Vietnamese in Vietkong worked out that a man flat on his stomach, crawling forward, or tucked into any shallow fold in the ground could let the entire cone pass above him.

8,000 darts, 9 years of development, an arsenal and a major American manufacturer, and the countermeasure was to get down and keep  coming. There is no answer to that. You cannot make the darts curve. That is not a flaw in the manufacturing. It is not a defect that better engineering could have solved. It is a consequence of what the round is.

Fchettes fly straight, which is their whole virtue. And things that fly straight go over the top of a man lying in a ditch. The army noticed. So did a lieutenant colonel with an idea. The alternative was called Killer Jr. after the radio call sign of the unit that worked it out. Its refinement is credited to Lieutenant Colonel Robert Dean commanding an artillery battalion in the 25th Infantry Division.

And the technique is almost aggressively unglamorous. Take an ordinary high explosive shell, the most common round in the inventory. Fit it with a mechanical time fuse. Depress the gun and set the fuse so the shell bursts roughly 30 ft above the ground somewhere between 200 and 1,000 m out. That is it. No special ammunition, no new procurement, a firing table small enough to keep in a pocket so a crew could deliver it in seconds.

And it solves the exact problem the beehive could not. An air burst throws fragments in every direction, including downward. A man lying prone is not protected from something detonating above and behind him. A man crawling in a shallow depression is not protected. The trick that defeated 8,000 fchettes does nothing at all against a shell bursting overhead.

And the army’s own assessment was blunt about it. In many situations, Killer Jr. was simply more effective than direct fire with beehive. And now look at what the Beehive round had to justify. It occupied space in an ammunition bunker that could hold high explosive instead. It was a single-purpose item in a system built on a general purpose one.

It was fragile enough that a dented one had to be set aside. It could not be fired over friendly troops under any circumstances, which is a serious restriction on a crowded battlefield. And its central advantage had been neutralized by an enemy who changed nothing except his posture. Beehive did not vanish. It stayed in the inventory.

It went on being issued and crews went on being glad it was there when something came through the wire, but it stopped being the answer. And after the war, American reliance on it faded considerably. There is a contradiction sitting at the middle of it. Everything that made the round work depended on the enemy behaving in one specific way.

The flat cone worked against men upright. The straight flying dart worked against men upright. The whole 9-year development program was an answer to the masked standing assault that had come out of Korea, and it arrived just in time for an enemy who preferred to crawl. Design a weapon around one enemy behavior, and you have handed him the counter along with the weapon.

What survives is mostly small and sharp. Fchettes still turn up in Vietnam, still pass among collectors, and are still recognizable the instant you see one. The fins are unmistakable and the steel has not rusted away. Small, cheap, and made in quantities nobody has ever properly counted. The concept never really died either.

Fchette ammunition kept appearing in other calibers for decades, and the arguments about it, about what a cloud of steel darts does, and when using such a thing is defensible, have outlasted every gun that ever fired one. Fchettes were never banned outright. The dispute has always been about how they are used, not what they are.

What did not survive was the assumption underneath it. The round stayed in the books after Vietnam, but it was no longer the whole answer to closed defense. Because a cheaper one had been found and written down where any crew could reach it. But the reason this round deserves your attention has little to do with what it did to anyone.

What matters is that the army looked clearly at something most institutions prefer not to look at. It accepted that its most valuable weapon on a firebase was also its most helpless. That there would be nights when the wire failed and that when that happened, a gun crew would be standing in an open pit with an enemy already inside it.

Then it spent 9 years and a contract with an appliance company building something for that specific night. You can read the whole situation off the object. 8,000 darts because there was no time to aim. A fuse already set at the factory because nobody was going to be doing arithmetic. A cone that opened at the muzzle because the enemy was not four miles away.

He was inside the wire and walking toward the gun. Go back to Firebase Bird. Men cranking a howitzer down until it pointed flat across their own position at their own wire at figures they could barely see. Everything about the Beehive round exists for that moment and only for that moment, which is exactly why it faded.

It was the perfect answer to a question the enemy stopped asking. If you want more forgotten American hardware, the emergency solutions, the last ditch weapons, the 9-year programs that got quietly overtaken by something simpler and cheaper. Subscribe and we will keep digging them up. There are more of these than anyone expects. And settle it in the comments.

Was the beehive round a brilliant answer to an impossible problem and one that saved a firebase the night it mattered? Or was it an expensive specialty item that a time fuse in a standard shell made unnecessary before the shooting even stopped? We read everyone.

The Most TERRIFYING Shell of Vietnam You’ve Never Heard Of

Firebase Bird, the Kiman Valley, 50 km north of Kenyan, a few hours after midnight on the 27th of December, 1966. The mortars come first, then North Vietnamese infantry comes through the wire, and they come fast enough that the position never has time to become a defense.

It becomes a series of separate fights. The perimeter goes quickly. The enemy takes the 155 gunpits. All of them. They hold some of the 105s as well. That is worth sitting with for a moment because a gunpit is not a fighting position. It is a workplace. It is where men who are supposed to be 4 miles from the enemy do arithmetic and pull lanyards.

Now consider what an artillery piece actually is. A howitzer is a machine for reaching. The whole thing is built to throw a shell in a high arc over hills at a target its crew will never see. Directed by a voice on a radio. Every part of it assumes distance. The sights, the fuses, the tables, the training.

All of it is built on the idea that the danger is somewhere else. Which means that at Firebase Bird that night, the most powerful weapons on the position were, for practical purposes, furniture. So, the surviving crews did the only thing left. They dropped the tubes, cranked the elevation down until the barrels were pointing flat across their own position, at their own wire, at men close enough to hear, and they loaded a shell that had almost nothing in common with the one stacked beside it.

No high explosive, nothing that would go off on impact. Inside that aluminum body were 8,000 steel darts packed in stacked layers like something a machine had assembled with enormous patience. They fired. The attack stopped. The round was the M546, and every soldier in Vietnam knew it by one word, beehive. Now, if you know anything at all about this shell, you know why it has that name.

The darts made a buzzing sound going down range. Thousands of them at supersonic speed. Or so the story has always gone. Except that is not where the name comes from. That word predates Vietnam by almost a decade. It comes from a development contract issued in 1957. And it describes how the fletchet sat inside the shell, compartmentalized and stacked in tapering layers that looked like the old-fashioned image of a beehive.

A packaging description that is all it ever was. Soldiers assumed the buzzing explanation, and it was such a good one that it replaced the real story entirely. That should tell you something about how well this round is actually understood. Because here is the strange part. You have almost certainly heard the word beehive.

Far fewer people know what was inside it and fewer still know the thing that matters most. That the army started reaching for something else before the war was even over. And that the reason had nothing to do with the round failing. It worked. It worked at Firebase Bird and it worked afterward. The problem was that the enemy figured out how to beat it and the counter cost him nothing at all.

There is also a duller reason this round slipped out of the story and it is worth naming. Beehive was ammunition. Not a rifle, not a vehicle, not a thing a man carries in his photographed holding. Nobody poses with a shell. It has no silhouette, no nickname earned in the field beyond the one the contract gave it, and no museum case with a plaque and a story.

Artillery men fired it, and as a rule, artillery men do not narrate the war afterward. And the thing that eventually displaced it was not a rival weapon anyone could point at. It was a fuse setting. To understand why any of this was necessary, you have to understand the peculiar helplessness of an artillery piece.

The American fire support base was one of the defining structures of the war. a cleared hilltop, a burm, belts of wire, and inside it a battery of howitzers whose entire purpose was to put steel on any American units call within range, often several miles out at targets the gunners never laid eyes on. That arrangement makes the guns enormously valuable, which makes the firebase a target, which produces the central problem.

A howitzer was never designed to defend its own gunpit. That is not the same as saying it cannot. A gun can be dropped level and fired straight at something close and doctrine says so plainly. The problem is everything around the gun. Its ammunition is fused for targets kilometers away. Its crew are not riflemen and were never trained as riflemen.

Its imp placement is a fixed open pit built for serving a weapon, not for holding ground. A firing battery did not have the people or the expertise to fight off a determined ground assault and the army knew it. Which is why batteries leaned on infantry to do that job for them. So a firebase depends on infantry and on wire and on everything in front of it holding.

When it does not hold, when sappers cut the belts at night and the fighting arrives inside the perimeter, the battery is in an appalling position. Its guns are useless in the role they exist for, and the enemy is at conversational distance, and these positions were attacked. A firebase was a known, fixed, mapped location holding something the enemy badly wanted destroyed, sitting in country he moved through freely after dark.

Sooner or later, somebody was going to get inside. That problem was not new, and it had produced casualties before. In Korea, Chinese infantry had attacked in mass formations against American positions, and the experience left the army thinking hard about what a gun crew could do against a large number of men coming at them across open ground in the last few hundred meters.

There was an old answer, and every artillery man knew it. Cannons had carried canisters since the age of black powder. A tin of musk balls fired straight from the muzzle, turning a field gun into an enormous shotgun for exactly this emergency. Gunners had been saving themselves that way since before the American Civil War.

And the tactic had not changed in principle in 150 years. Trouble is, a lead ball is a poor projectile. It sheds speed quickly, it wanders, and past a short distance, it stops being dangerous. Canister was a weapon of the last 50 yards. What the army wanted was canister that reached out to hundreds of meters and that meant abandoning the ball entirely.

The contract went out from Pikatini Arsenal in April of 1957 and it went to a company most people would never associate with artillery, Whirlpool, the appliance manufacturer. They called the program Beehive for the way the payload stacked inside the shell. And that name outlived the program, the contract, and very nearly the memory of what it meant.

What they settled on was the fleshet, a slim steel dart weighing about eight grains. Call it a heavy nail with four small fins swept back at the tail. The fins are the entire point. A ball tumbles unpredictably and bleeds off energy. A finned dart flies straight, nose first, holding its shape and its speed the way an arrow does.

Far less mass than a musk ball, but it keeps what it has and concentrates all of it behind a very small point. 8,000 of them went into a single 105 howitzer show. Getting them out was the other half of the engineering. The M546 carried a mechanical time fuse, and it left the ammunition plant already set for what the manuals call muzzle action, meaning the payload was released essentially as the shell cleared the barrel, which is what you want when the enemy is inside your wire.

But the fuse could be dialed out as far as 100 seconds. So the shell could also be sent downrange and opened at a chosen distance, dumping its darts into a column of men who had no idea anything had happened until it already had. When the fuse functioned, the shell body opened and the fleshetses came out as an expanding cone, spreading wider the further they traveled.

There was also a tracer element, which matters more than it sounds. It meant a gun crew firing in the dark at a target they were pointing at rather than aiming at could actually see where the thing had gone and correct the next one. Two things about the design are worth knowing because both say something about what this shell was.

That body was aluminum and it was thin. Thin enough that the manuals warn a damaged round is unpredictable and must not be fired at all. This was not a rugged object. It was a container built to open. And there was a rule attached to it in black and white. The M546 was never to be fired over the heads of exposed friendly troops.

Not in a combat emergency, not for any reason. There is no discretion in that instruction. And it is the clearest statement anyone ever wrote about what 8,000 steel darts do to whatever is in front of them. Accounts also describe crews sending up a green star cluster before firing. So anyone outside the wire knew what was coming. The round reached combat in Vietnam in November of 1966.

And by the Army’s own account, a single one of them stopped an attack, but almost nobody noticed. Bird 7 weeks later is the battle that made artillery men pay attention. Consider what Bird was. 12 howitzers sat on that landing zone. 6 105s and 6155s. And the infantry protecting all of it amounted to a single company at half strength.

An enormous concentration of firepower and almost nobody to stop anyone walking up to it. The enemy knew it. On the night of the 26th, North Vietnamese troops from the 22nd regiment came up to within a few feet of the outer wire without being detected and then went through it. And that is how the round got the job it did. The perimeter had already failed.

The enemy held gunpits. The Americans were not defending a position at that point so much as trying to take one back. And they did it by leveling the surviving howitzers across ground they were standing on. That attack was stopped. It was not cheap. 27 Americans killed and 67 wounded. Well over half the defenders.

And two men earned the Distinguished Service Cross before it was over. Artillery came in from a neighboring firebase. Gunships arrived and the North Vietnamese withdrew into a pursuit that ran another 4 days. But the position held and the beehive is a large part of why. After that, it spread everywhere.

Fchette rounds were produced for the 90 mm guns on tanks, for recoilless rifles, later for the Sheridan, and for grenade launchers. Any weapon that might find itself firing at people close enough to sea got a version of the same idea. And in the role it was designed for against men crossing open ground upright, it did exactly what the engineers promised.

Which brings us to the counter. And the counter is the most interesting thing in this entire story. A beehive round throws its darts in a cone that expands outward from the muzzle. And that cone travels flat. It is a horizontal event. Whatever is standing in it gets hit, so do not stand. The North Vietnamese in Vietkong worked out that a man flat on his stomach, crawling forward, or tucked into any shallow fold in the ground could let the entire cone pass above him.

8,000 darts, 9 years of development, an arsenal and a major American manufacturer, and the countermeasure was to get down and keep  coming. There is no answer to that. You cannot make the darts curve. That is not a flaw in the manufacturing. It is not a defect that better engineering could have solved. It is a consequence of what the round is.

Fchettes fly straight, which is their whole virtue. And things that fly straight go over the top of a man lying in a ditch. The army noticed. So did a lieutenant colonel with an idea. The alternative was called Killer Jr. after the radio call sign of the unit that worked it out. Its refinement is credited to Lieutenant Colonel Robert Dean commanding an artillery battalion in the 25th Infantry Division.

And the technique is almost aggressively unglamorous. Take an ordinary high explosive shell, the most common round in the inventory. Fit it with a mechanical time fuse. Depress the gun and set the fuse so the shell bursts roughly 30 ft above the ground somewhere between 200 and 1,000 m out. That is it. No special ammunition, no new procurement, a firing table small enough to keep in a pocket so a crew could deliver it in seconds.

And it solves the exact problem the beehive could not. An air burst throws fragments in every direction, including downward. A man lying prone is not protected from something detonating above and behind him. A man crawling in a shallow depression is not protected. The trick that defeated 8,000 fchettes does nothing at all against a shell bursting overhead.

And the army’s own assessment was blunt about it. In many situations, Killer Jr. was simply more effective than direct fire with beehive. And now look at what the Beehive round had to justify. It occupied space in an ammunition bunker that could hold high explosive instead. It was a single-purpose item in a system built on a general purpose one.

It was fragile enough that a dented one had to be set aside. It could not be fired over friendly troops under any circumstances, which is a serious restriction on a crowded battlefield. And its central advantage had been neutralized by an enemy who changed nothing except his posture. Beehive did not vanish. It stayed in the inventory.

It went on being issued and crews went on being glad it was there when something came through the wire, but it stopped being the answer. And after the war, American reliance on it faded considerably. There is a contradiction sitting at the middle of it. Everything that made the round work depended on the enemy behaving in one specific way.

The flat cone worked against men upright. The straight flying dart worked against men upright. The whole 9-year development program was an answer to the masked standing assault that had come out of Korea, and it arrived just in time for an enemy who preferred to crawl. Design a weapon around one enemy behavior, and you have handed him the counter along with the weapon.

What survives is mostly small and sharp. Fchettes still turn up in Vietnam, still pass among collectors, and are still recognizable the instant you see one. The fins are unmistakable and the steel has not rusted away. Small, cheap, and made in quantities nobody has ever properly counted. The concept never really died either.

Fchette ammunition kept appearing in other calibers for decades, and the arguments about it, about what a cloud of steel darts does, and when using such a thing is defensible, have outlasted every gun that ever fired one. Fchettes were never banned outright. The dispute has always been about how they are used, not what they are.

What did not survive was the assumption underneath it. The round stayed in the books after Vietnam, but it was no longer the whole answer to closed defense. Because a cheaper one had been found and written down where any crew could reach it. But the reason this round deserves your attention has little to do with what it did to anyone.

What matters is that the army looked clearly at something most institutions prefer not to look at. It accepted that its most valuable weapon on a firebase was also its most helpless. That there would be nights when the wire failed and that when that happened, a gun crew would be standing in an open pit with an enemy already inside it.

Then it spent 9 years and a contract with an appliance company building something for that specific night. You can read the whole situation off the object. 8,000 darts because there was no time to aim. A fuse already set at the factory because nobody was going to be doing arithmetic. A cone that opened at the muzzle because the enemy was not four miles away.

He was inside the wire and walking toward the gun. Go back to Firebase Bird. Men cranking a howitzer down until it pointed flat across their own position at their own wire at figures they could barely see. Everything about the Beehive round exists for that moment and only for that moment, which is exactly why it faded.

It was the perfect answer to a question the enemy stopped asking. If you want more forgotten American hardware, the emergency solutions, the last ditch weapons, the 9-year programs that got quietly overtaken by something simpler and cheaper. Subscribe and we will keep digging them up. There are more of these than anyone expects. And settle it in the comments.

Was the beehive round a brilliant answer to an impossible problem and one that saved a firebase the night it mattered? Or was it an expensive specialty item that a time fuse in a standard shell made unnecessary before the shooting even stopped? We read everyone.