u/ksmartworld1995

May 15th, 1987. Baikonur. A 100-ton black cylinder sits bolted to the side of the largest rocket the Soviet Union ever built. Painted on it by hand: Polyus.

The West is watching. American sensors are locked on the pad. The Pentagon has spent two years bracing for exactly this — Moscow's answer to Reagan's Star Wars, a directed-energy weapon riding up on the USSR's heaviest lifter. Their threat assessment is already being written around it.

And the rocket's chief designer, Boris Gubanov, is standing right there — knowing something about that cylinder the entire Western intelligence community does not. He's known for months. He says nothing.

He'd stay silent for years. Only after the Soviet Union collapsed, when no one was left to punish him for it, did he finally write the truth down — in a memoir that almost nobody in the West ever read. One word. Buried in one chapter. It quietly ended the whole story.

The launch itself? It went catastrophically wrong in a way you couldn't script — a single line of code, a spin that wouldn't stop, and the most feared weapon of the Cold War falling out of the sky.

But the real twist isn't the failure. It's what Gubanov knew was inside it the whole time.

By 1955, Western military attachés watching the May Day flypast at Tushino airfield counted 28 Myasishchev Mya-4 Bison bombers passing over Red Square. Khrushchev was on the reviewing stand. The Soviets were displaying a strategic bomber fleet that could reach American targets.

Ten airplanes actually flew past. They turned out of sight, circled, and came back with eight more added in front. The attachés counted them twice. The plane itself, the Mya-4, couldn't reach US targets and return. Myasishchev's own OKB range tables said so. The fuel burn was too high. The flypast was a propaganda stunt.

The Pentagon believed every part of it. Curtis LeMay drove the threat estimate to Congress. By 1960, US Air Force intelligence projected the Soviets would have 800 strategic bombers. The B-52 production program expanded to 744 aircraft authorized. The actual Soviet heavy bomber force would never exceed 250.

Eisenhower was privately skeptical. The Killian Committee, chaired by MIT's James R. Killian with Edwin Land of Polaroid on it, recommended a high-altitude reconnaissance aircraft. They needed a lens that could resolve a 2.5-foot object from 70,000 feet. Glass that wouldn't warp when the air outside dropped to 60 below.

Land recruited James G. Baker. A forty-year-old astronomer at the Harvard College Observatory. The CIA gave him eight months. Baker had never been to the Soviet Union. He wasn't cleared to know what his lens was being built to photograph. The U-2 airframe was designed around his glass, not the other way around.

On 4 July 1956, a CIA contract pilot named Hervey Stockman flew U-2 Article 347 across the Baltic, over Leningrad, and south toward the Soviet bomber bases. MiG-19s tried to intercept and couldn't reach his altitude. Baker's cameras fired. The film went to Wiesbaden, then to Arthur Lundahl's photo interpreters at the CIA's National Photographic Interpretation Center.

On Lundahl's light table, the bomber gap collapsed in a single afternoon. The Soviets had a handful of heavy bombers parked at known fields. Nothing close to the armada the Pentagon had projected.

The corrected estimate reached Eisenhower. NIE 11-4-57 reflected the new count. The B-52 expansion did not reverse. The 744 aircraft were built anyway. The math had changed. The budgets had not.

Question for the sub: what's the most documented case of a defense budget surviving the disproof of its own justification? The bomber gap is the cleanest example I've found from the early Cold War, but the pattern (bomber gap, then missile gap, then ABM gap, then spending gap) suggests it's structural, not a one-off.

William McLean was a physicist at the Naval Ordnance Test Station at China Lake who started designing a heat-seeking air-to-air missile in the early 1950s — largely as a low-priority side project, with no official program backing at first. He kept it radically simple: cheap, few moving parts, an infrared seeker that homed on an enemy's engine heat. The Navy brass were skeptical of the whole concept.

That simple missile became the AIM-9 Sidewinder — arguably the most successful and longest-serving air-to-air weapon ever built, still in frontline service 70+ years later.

Then came the twist. During the 1958 Taiwan Strait Crisis, Nationalist Chinese F-86s used Sidewinders against PLA MiG-17s in the first-ever combat kills by guided air-to-air missiles. But in one engagement, an AIM-9 struck a MiG-17 and failed to explode, staying lodged in the airframe. The aircraft landed, the intact missile was recovered, and it made its way to the Soviet Union.

Soviet engineers at Vympel reverse-engineered it almost bolt-for-bolt. The result was the K-13 / R-3S, NATO-designated AA-2 "Atoll" — so close to the original that one Soviet engineer reportedly called it "a university course in missile design." It armed MiG-21s for decades.

So McLean's spare-time project didn't just reshape Western air combat — it accidentally armed the other side too.

Anyone know more about the chain of custody on that recovered missile? I've seen conflicting accounts of whether it went straight to Moscow or sat in Chinese hands first.

William McLean was a physicist at the Naval Ordnance Test Station at China Lake who started designing a heat-seeking air-to-air missile in the early 1950s — largely as a low-priority side project, with no official program backing at first. He kept it radically simple: cheap, few moving parts, an infrared seeker that homed on an enemy's engine heat. The Navy brass were skeptical of the whole concept.

That simple missile became the AIM-9 Sidewinder — arguably the most successful and longest-serving air-to-air weapon ever built, still in frontline service 70+ years later.

Then came the twist. During the 1958 Taiwan Strait Crisis, Nationalist Chinese F-86s used Sidewinders against PLA MiG-17s in the first-ever combat kills by guided air-to-air missiles. But in one engagement, an AIM-9 struck a MiG-17 and failed to explode, staying lodged in the airframe. The aircraft landed, the intact missile was recovered, and it made its way to the Soviet Union.

Soviet engineers at Vympel reverse-engineered it almost bolt-for-bolt. The result was the K-13 / R-3S, NATO-designated AA-2 "Atoll" — so close to the original that one Soviet engineer reportedly called it "a university course in missile design." It armed MiG-21s for decades.

So McLean's spare-time project didn't just reshape Western air combat — it accidentally armed the other side too.

Anyone know more about the chain of custody on that recovered missile? I've seen conflicting accounts of whether it went straight to Moscow or sat in Chinese hands first.

for more details check out my video on youtube : https://youtu.be/jMW5JKZITGY

William McLean was a physicist at the Naval Ordnance Test Station at China Lake who started designing a heat-seeking air-to-air missile in the early 1950s — largely as a low-priority side project, with no official program backing at first. He kept it radically simple: cheap, few moving parts, an infrared seeker that homed on an enemy's engine heat. The Navy brass were skeptical of the whole concept.

That simple missile became the AIM-9 Sidewinder — arguably the most successful and longest-serving air-to-air weapon ever built, still in frontline service 70+ years later.

Then came the twist. During the 1958 Taiwan Strait Crisis, Nationalist Chinese F-86s used Sidewinders against PLA MiG-17s in the first-ever combat kills by guided air-to-air missiles. But in one engagement, an AIM-9 struck a MiG-17 and failed to explode, staying lodged in the airframe. The aircraft landed, the intact missile was recovered, and it made its way to the Soviet Union.

Soviet engineers at Vympel reverse-engineered it almost bolt-for-bolt. The result was the K-13 / R-3S, NATO-designated AA-2 "Atoll" — so close to the original that one Soviet engineer reportedly called it "a university course in missile design." It armed MiG-21s for decades.

So McLean's spare-time project didn't just reshape Western air combat — it accidentally armed the other side too.

Anyone know more about the chain of custody on that recovered missile? I've seen conflicting accounts of whether it went straight to Moscow or sat in Chinese hands first.

for more details check out my youtube video ; https://youtu.be/jMW5JKZITGY

William McLean was a physicist at the Naval Ordnance Test Station at China Lake who started designing a heat-seeking air-to-air missile in the early 1950s — largely as a low-priority side project, with no official program backing at first. He kept it radically simple: cheap, few moving parts, an infrared seeker that homed on an enemy's engine heat. The Navy brass were skeptical of the whole concept.

That simple missile became the AIM-9 Sidewinder — arguably the most successful and longest-serving air-to-air weapon ever built, still in frontline service 70+ years later.

Then came the twist. During the 1958 Taiwan Strait Crisis, Nationalist Chinese F-86s used Sidewinders against PLA MiG-17s in the first-ever combat kills by guided air-to-air missiles. But in one engagement, an AIM-9 struck a MiG-17 and failed to explode, staying lodged in the airframe. The aircraft landed, the intact missile was recovered, and it made its way to the Soviet Union.

Soviet engineers at Vympel reverse-engineered it almost bolt-for-bolt. The result was the K-13 / R-3S, NATO-designated AA-2 "Atoll" — so close to the original that one Soviet engineer reportedly called it "a university course in missile design." It armed MiG-21s for decades.

So McLean's spare-time project didn't just reshape Western air combat — it accidentally armed the other side too.

Anyone know more about the chain of custody on that recovered missile? I've seen conflicting accounts of whether it went straight to Moscow or sat in Chinese hands first.

i got a video that covers the Taiwan side in detail and the engineer that was behind the sidewinder missile , feel free to check it : https://youtu.be/jMW5JKZITGY

By 1950 the Navy knew the GUPPY hulls were a dead end — flat decks generating lift, porpoising uncontrollably past 16 knots — but the bureaus kept ordering more anyway. Momsen knew a clean-sheet combat sub would get buried under weapons and crew requirements until the hull was wrecked.

So he didn't ask for one. He classified it as an unarmed experimental target for ASW training. No torpedoes, no fire control, nothing for the bureau chiefs to negotiate away. Funded by cancelling one destroyer escort conversion.

The result was Albacore (AGSS-569): a teardrop hull borrowed from a dead British engineer's airship math, tested in an Air Force wind tunnel, single centerline screw, first-ever HY-80 steel. It hit 27 knots submerged on half a GUPPY's power and banked through turns like an aircraft. The CO called it "hydrobatics."

That hull became Skipjack, Permit, Sturgeon, LA-class — basically every US attack boat since. The Navy took the design and named a surface destroyer after him 37 years after he died.

Question for the boat nerds here: do you think a clean-sheet Albacore could even get funded today, or would the modern requirements process kill it the same way Momsen feared? And what's your pick for the most important "snuck past the bureaucracy" program in sub history?

for more details check out my youtube video ; https://youtu.be/o1lbZnX26kk