USSR and Toshiba: 50 million for military superiority

9 941 50
USSR and Toshiba: 50 million for military superiority


More than technology


Almost immediately after World War II, the Americans instituted export controls for the Soviet Union. They sold only what they deemed necessary. In the United States, the idea that the USSR's economy was stimulated after the war persists. The reason for this expansion of industrial and economic potential was the acquisition of technology. According to the Americans, during the war and immediately afterward, the Soviet Union acquired and received a wealth of Western technology through the American Lend-Lease Act and reparations from Germany.



Thanks to Lend-Lease alone, the Soviet Union received over a billion dollars' worth of modern American technology. This technology played a significant role in building its own technological base and strengthening the USSR's armed forces after the war. There's some truth to this. For example, much of the automotive industry came from Germany and the United States. The famous ZiL-157 was modeled after the American Studebaker, and the first Soviet strategic bomber, the Tu-4, was a product of reverse engineering of an American aircraft.

Technologies, both enemy and otherwise, were indeed crucial to the development of the Soviet Union in the immediate postwar years. The United States understood this well and passed the Export Control Act of 1949. The goal was quite typical of the White House: "to establish a licensing system to protect national security and advance American foreign policy objectives."

Combating technology transfer to the USSR alone was difficult, so Washington linked export controls to the Marshall Plan. Europe was also prohibited from trading important items with Moscow, lest it lose American dollars and the American market. This resulted in the birth of the Coordinating Committee for Multilateral Export Controls, or COCOM. Looking ahead, this alliance is still in effect, despite being abolished in 1994. Two years later, the Wassenaar Arrangement was signed, increasing accountability for the transfer of arms and dual-use products to third countries.

Despite Russia being one of the 42 members of this community, it is subject to export controls. After 2014, and especially after 2022, any talk of equal treatment for Russia has become completely impossible. But these are all current affairs, and what interests us is story The Soviet Union's circumvention of US export restrictions. Lenin had this saying (which, incidentally, he neither uttered nor wrote): "The capitalists will not simply sell us the rope with which we hang them; they will give it to us on credit." Despite the mythology, something similar happened in the early 80s.

Rope for capitalists


Technological espionage is doubly beneficial. First, it allows one to save enormous amounts of money on developing one's own know-how, and second, it forces the enemy to spend even more to compensate for any leaks. And the Soviet Union, in its day, implemented these principles very well. The enemy once calculated that Moscow was annually acquiring technologies worth the equivalent of a couple of billion dollars through its spy network. This is a huge sum – approximately 10-20% of the USSR's military R&D expenditures.


The history of the Soviet Union and Toshiba began not in Japan, but in the United States. John Entin Walker, duty liaison officer for the submarine commander's staff fleet The US Atlantic agent was considered one of the KGB's most important agents. It all started with him. He began working for the Kremlin in 1967, and one of his most important reports was information on how to detect Soviet submarines.

The Americans located submarines by the distinctive noise of their propellers. This was a strategic advantage for the enemy, and something had to be done about it. The source of the noise was the propellers, or more precisely, cavitation—air bubbles hitting the propeller steel, creating noticeable shock waves. In third-generation Soviet submarines, special attention was paid to low noise. As a reminder, the third generation of Soviet submarines includes the Akula, Granit, Antey, and Dolphin projects. The low noise levels were largely due to the new propeller design. However, by the early 80s, it became clear that the new designs would not be manufactured on Soviet machine tools. Or rather, they would be manufactured, but only after several years, which the country did not have.

The Americans reasoned similarly when developing the SOSUS system, designed to acoustically intercept submarines traveling along the Greenland-Iceland-United Kingdom corridor. Soviet submarines were nothing more than "roaring cows" to the Americans. The US had a poor opinion of the progress of domestic machine tool manufacturing, which they used as a balm. Indeed, casting it from bronze (steel) was easy—it was much more difficult to shape it using subsequent machining. The precision of milling such a complex shape was exceptional. A multi-axis milling machine with micron precision was needed, something the USSR did not have.

But the Japanese had Toshiba Machine. At the time, it was one of the world's largest suppliers of manufacturing equipment, with sales of approximately $700 million in 1986. Communist countries accounted for approximately 12% of their total export revenue. Part of their portfolio included machine tools crucial for the production of ultra-quiet submarines: milling machines for propellers.

In late 1979 or early 1980, the Soviet foreign trade organization Techmashimport contacted a small Japanese trading company with a representative office in Moscow. They informed this company, Wako Koeki, that they wanted to purchase nine-axis MPS-110S milling machines for the production of propellers from Toshiba. Toshiba's initial response was that these milling machines could not be exported to the Soviet Union. However, soon after, they began exploring the possibility of temporarily modifying the milling machines to circumvent export restrictions. Toshiba and the Soviet Union also approached a second trading company in Norway, Kongsberg Vapenfabrikk, seeking to purchase computer equipment. The two companies wanted to combine Norwegian computers with Japanese milling machines.


A few months later, in March 1980, Toshiba's president met with his export sales manager, who declared that to complete the deal, Toshiba would have to violate COCOM regulations in Japan. Nothing more complex than two-axis milling machines could be sold to the Soviet Union. The president ordered him to "do whatever it takes to get this business." All subsequent actions were undertaken with the knowledge that they were illegal.

Apparently, this wasn't a coincidence—the Japanese knew exactly what they were doing. Did they realize the machines would be delivered to defense plants? Of course they did, and they allowed it. Firstly, imperialist greed was at work, in full accordance with the above maxim, mistakenly attributed to Vladimir Ilyich. Secondly, there was a certain resentment and vindictiveness.

In 1974, the Soviet Union wanted to purchase older milling machines for propeller machining from Toshiba, which were less sophisticated and could only be controlled in two axes simultaneously. The USSR then requested a more advanced multi-axis design, but Toshiba refused due to COCOM export restrictions.

Toshiba later learned that the Soviet Union had indeed acquired ten such multi-axis milling machines from the French company Forest Line. France, of course, is also subject to export restrictions on the USSR. According to Western analysts, the multi-ton French milling machines enabled the Soviet military-industrial complex to create complex propellers, as well as fuselage components and turbine blades for the latest MiG fighters.

When the Americans began to deal with Toshiba, the Japanese quite rightly pointed out that Moscow had long had similar (albeit slightly less sophisticated) multi-axis Forest Line machines. To be fair, the French did get their comeuppance from the Americans, albeit rather belatedly. Four of the company's top managers were arrested, fined, and banned from exporting their products to the United States.

Screws for the USSR


Japanese businessmen had done a great job, creating a scheme that was perfect for its time for selling banned products to the USSR. Toshiba and Kongsberg required an export license from the Japanese government—the Ministry of International Trade and Industry. The license application contained several false statements: that the export would not be to communist bloc countries, and that the equipment would not be used for military production. Toshiba submitted a document, sealed by the company's president himself, clearly outlining significantly simplified specifications. On paper, these specifications were in two-dimensional form, meaning they complied with export control requirements. And everything went swimmingly.

In total, the Japanese earned approximately $40-50 million, the Norwegians $30 million, and the Soviet Union received eight top-notch milling machines: four nine-axis (model MBP-110) and four five-axis (MF series). These impressive machines, weighing several tens of tons each, dampened all parasitic vibrations during propeller milling. All the machines were installed at the Baltic Shipyard in Leningrad.


After everything came to light, the Japanese from Toshiba repented and resigned.

Everything was revealed by accident. Toward the end of 1986, Hitori Kumagai, the former chief representative of the Japanese trading company Wako Koeki in Moscow, resigned. Whether it was his conscience that bothered him or something else, he informed the US government about the transactions.

The Americans, however, suspected nothing, although they noticed a sharp and unexpected improvement in the quietness of Soviet nuclear submarines. Their noise levels dropped by at least 30 decibels. Soviet submarines learned to evade the SOSUS sonar detection system almost undetected. Naturally, this required modernization, and modernization required billions of dollars. The odds were clearly in the Soviet Union's favor. In fact, they were crushingly so.


Hysteria of American Congressmen

The White House turned the event into an international scandal. Several high-ranking executives were arrested in Japan. Toshiba's chairman and several of his former presidents resigned. Prime Minister Yasuhiro Nakasone was forced to formally apologize, declaring that the government would enact new laws to prevent such a recurrence. But these laws lacked force. Toshiba's fine for sales worth tens of millions of dollars was only $14,000.

Enraged, American congressmen proposed tough measures against Japan, arguing that these quieter propellers endangered American sailors and that detecting Soviet submarines would cost $30 billion. And that was roughly true. Congress proposed serious legislative measures, including import sanctions against Toshiba and a ban on the entire group of companies from bidding on American contracts. But no one dared to swear like adults, and Japan received a purely symbolic punishment—a year-long ban on selling Toshiba products to the Soviet Union. Furthermore, the company conducted a massive PR campaign, during which it apologized to the American people for its mistake. Norway fared better than the Japanese, perhaps because Kongsberg was a state-owned company. They banned Kongsberg from any future sales to the Soviet Union and shut down its division that programmed CNC machine tools.

Meanwhile, Toshiba milling machines continued to grind propellers for the Soviet Union's nuclear submarines.
50 comments
Information
Dear reader, to leave comments on the publication, you must sign in.
  1. +7
    April 24 2026 04: 52
    We all learned from school about the continuous movement of water between the atmosphere, hydrosphere, and the Earth's crust, resulting in water changing its state of aggregation. This phenomenon is called the water cycle.

    But the same processes are happening in technology as well. For example, a company Toshiba (at that time it was called by a different name) once worked very closely with an American company General Electric, which provided the Japanese with technology for producing naval mines and torpedoes. And then, with these mines and torpedoes, produced at Toshiba factories using American technology, the Japanese sank American ships. But even after the war, the American General Electric I couldn't calm down and continue to collaborate with the company Toshiba, beginning to provide it with new technologies, this time in the field of mechanical engineering and machine tool manufacturing. The result was the acquisition of high-precision machine tools by the American geopolitical adversary. Such is the cycle of technology in nature... P.S. What I don't understand is this: can't a similar scheme be applied today to the acquisition of technologies for the production of conductors and lithographic machines?
    1. +9
      April 24 2026 09: 31
      "What I don't understand is this: can't a similar scheme be applied today to the acquisition of technologies for the production of conductors and lithographic machines?"
      - Yes, but why? (Sincerely, officials of the Russian Federation)
      1. Fat
        +2
        April 24 2026 11: 55
        Quote: belost79
        Yes, but why? (Sincerely, officials of the Russian Federation)

        hi Indeed. Why involve the state in the affairs and responsibilities of corporations? Russia has long since ceased to be a "developed socialist" country, where the role of the state functionary was the primary and decisive one.
        1. +2
          April 24 2026 12: 22
          "Why involve the state in the affairs and competencies of corporations?"
          I laughed. You clearly don't live in Russia.
    2. 0
      April 24 2026 10: 47
      You see, the problem is that the case described in the article isn't exactly industrial espionage. Without a dedicated scientific school and personnel, this won't solve much. The problem is that by purchasing or stealing the machines, it becomes possible to reproduce the products they produce, but the question remains about the machines themselves. How long will it take for them to become obsolete? Let me remind you that in just 50 years, computer power has increased 200,000-fold! Roughly speaking, that's 400,000% per year!
      1. +7
        April 24 2026 12: 14
        Quote: parma
        The problem is that buying or stealing machines makes it possible to reproduce the products they produce, but the question of the machines themselves remains. How long will it take for them to become obsolete?
        The question is not as simple as it seems
        The NAMI ZOK once housed several unique gear-cutting machines, imported from Germany as reparations. Neither the USSR nor Russia had machines with such capabilities.
        In the 10s, NAMI underwent major repairs and the machines were sent to the scrap yard.
        My friend approached the management of NAMI and offered to buy them for his machine tool fleet, offering to pay significantly more than the cost of their metal.
        Nothing worked out - they went into recycling.
        Currently, there are no machines with such capabilities in our country. And perhaps not in Germany either.
      2. -1
        April 25 2026 13: 17
        There's no need to replicate them. High technologies, including those in machine tool manufacturing, have a limited shelf life and are replaced by others, often unrelated to the previous generation. For example, jet aircraft replaced piston engines, and vacuum-tube computers were replaced by semiconductors. Sometimes it's necessary to successfully navigate a short period, a "bottleneck," when a technology is vitally important, and develop its equivalents.
    3. +2
      April 24 2026 10: 56
      Quote: Luminman
      We all learned from school about the continuous movement of water between the atmosphere, hydrosphere, and the Earth's crust, resulting in water changing its state of aggregation. This phenomenon is called the water cycle.

      But the same processes are happening in technology as well. For example, a company Toshiba (at that time it was called by a different name) once worked very closely with an American company General Electric, which provided the Japanese with technology for producing naval mines and torpedoes. And then, with these mines and torpedoes, produced at Toshiba factories using American technology, the Japanese sank American ships. But even after the war, the American General Electric I couldn't calm down and continue to collaborate with the company Toshiba, beginning to provide it with new technologies, this time in the field of mechanical engineering and machine tool manufacturing. The result was the acquisition of high-precision machine tools by the American geopolitical adversary. Such is the cycle of technology in nature... P.S. What I don't understand is this: can't a similar scheme be applied today to the acquisition of technologies for the production of conductors and lithographic machines?

      Nowadays, every car has a precise geolocation. And they need maintenance.
    4. 0
      April 24 2026 16: 39
      Quote: Luminman
      P.S. What I don’t understand is this: can’t a similar scheme be applied today to the acquisition of technologies for the production of conductors and lithographic machines?

      This will be extremely difficult. While Toshiba was looked upon with contempt and taken at its word back then, ASML's unique and one-of-a-kind products are under dual control (by the EU and the US) – primarily due to concerns about equipment leakage to China.
      And yes, even if the hardware does arrive, there's a good chance you'll get a "not available in your region" error when you try to turn it on. Then you'll have to fiddle with the software for a long time, risking ruining the entire installation with one wrong character.
      1. +3
        April 24 2026 18: 06
        Quote: Alexey RA
        This will be extremely difficult...
        ...ASML's unique and individual products are subject to double control.
        ...there is every chance of getting "not available in your region" when turning it on.
        ...to tinker with the software for a long time, risking the entire installation being ruined by one wrong character
        This is exactly how a person who doesn't want to implement anything new thinks. Let me remind you about stolen nuclear weapons secrets, which could also have exploded in our laboratories. I'm sure that's exactly how you would have reasoned when trying to dissuade Stalin from acquiring atomic weapons! I can also remind you industrialization In the 1930s, when the country was under severe sanctions, it created an industrial society within two Five-Year Plans. And China, of course, is beyond words—space, computing technology, and nuclear energy. And all of this is stolen or reverse engineered.You probably know this without me...
        1. -1
          April 24 2026 22: 55
          Lol, yeah, sanctions. Need I remind you where factories, machine tools, and the like came from during the USSR's industrialization? And regarding the fantasies about a "technological cycle," which is a completely natural occurrence, and the Americans also extracted some technologies from the USSR—stealth, for example, immediately comes to mind—it's important to distinguish, firstly, the type of technology—whether it's an end product or a means of production—and secondly, the degree of prevalence of this technology, its connections to strategically important areas, and so on, which greatly influence how long it takes from the technology's release to its arrival at the intended recipient in this "circle."
          P.S. Even if we suddenly realized a full cycle of chip production in our country (and that's far from just hyped-up lithographers), and imagined that the state immediately mobilized the country's best minds, provided every possible assistance, and that enemies offered no interference, even in such a fairytale scenario, the first wafers would be ready in a few years, if luck would be on their side, but more likely, it would take a decade. And yes, our opponents won't stand still during this time either. The more complex the technology and the lower its base in the country, the more useless industrial espionage becomes. The USSR itself encountered this in microelectronics, where the gap grew exponentially over the years, despite having one of the best industrial espionage systems in the world.
          1. +1
            April 25 2026 10: 39
            Quote: shocktrooper
            The USSR itself faced this very same problem in microelectronics, when over the years the lag grew exponentially, despite having one of the objectively best industrial espionage systems.

            In recent years, the USSR faced this backwardness in all sectors, even the most low-tech ones. No COCOM prohibited, for example, the construction of new vegetable storage facilities and grain elevators to prevent harvested crops from rotting, or the introduction of new car models (which, by the way, were meticulously designed) instead of endlessly redesigning Zhiguli cars. It wasn't a matter of technology....
        2. 0
          10 August 2026 08: 00
          Quote: Luminman
          I can also recall the industrialization in the 1930s, when the country was under harsh sanctions, lol lol but in two Five-Year Plans it created an industrial society

          Mmmm, 600 factories purchased whole in the USA and Germany - they seem to be hinting feel - that there were no sanctions even in theory.
          What's up with our Opel?
          oh no, they didn't sell it, sanctions...
  2. +7
    April 24 2026 06: 06
    Quotes from here: https://chrmob.blogspot.com/2014/03/blog-post_200.html
    "Industrial espionage
    The Japanese are considered world-class specialists in industrial espionage. They employ a wide variety of methods to gather intelligence. Many of them are not particularly ethical, but all are consistently effective:
    — purchasing of competitor’s goods;
    - constant presence at fairs, exhibitions, conferences, etc., while collecting all available or overlooked documentation and information, photographing everything possible;
    — visiting enterprises (in the late 70s, 1500 Japanese experts literally flooded Silicon Valley in California, USA);
    — financing contracts for the implementation of scientific research work abroad with the aim of penetrating certain laboratories (for this purpose, in 1986, the famous “MIT” received 10 million dollars from Japanese firms);
    — sending students and interns to study abroad (in the USA alone – about 200 thousand people);
    - endless fruitless negotiations, during which additional information is constantly requested;
    — theft of drawings and technical information;
    - espionage and simple theft."

    "...Japan's intelligence spending averages 1,5% of the turnover of major corporations. For example, at NEC, 250 people were constantly working on information technology in the 1980s. At Mitsubishi, 30 people were working on patents, 50 people were working on technology alone, and so on. As Konosuke Matsushita aptly put it: 'You in the West commit two deadly sins: looking for something that's already been found, and buying something you can have for free.'"
    1. +4
      April 24 2026 07: 39
      Quote: billybones
      The Japanese are considered world-class specialists in the field of industrial espionage.

      By the way, even in school, back in my day, they talked about the Japanese's post-war "tours" around the world to buy (in quotes and without) technical patents :)
  3. +6
    April 24 2026 06: 21
    French author Jacques Bergier has a book called "Industrial Espionage." The original was published in 1969, but in the USSR it was published in 1972. I recommend it.
    From there:
    "Since 1875, the importance of industrial espionage has become widely recognized, and a rivalry between industrial and military espionage has begun to rage. By the end of the century, a new player has emerged on the arena—Japan. Aware of its industrial backwardness, it strives by all means to catch up with the advanced countries. For a time, it was successful in luring industrial secrets with the promise of orders, but this did not last long. The owners of English, and especially Scottish, shipyards were the first to catch on. The Japanese adopted the habit of asking them for permission to fully inspect the ships, including their plans. After carefully inspecting the ships and studying all the documentation, noticing all the flaws, the Japanese began building the vessels themselves.
    An incident that became widely known occurred. The Japanese asked to examine the design of a single pump, promising to order a large quantity. They were offered a prototype for inspection, which had a defect: a hole in the cylinder. To repair the hole, they made a screw thread in it and inserted a bolt with nuts at both ends. This ensured complete watertightness. The Japanese copied the pump, and copied it exactly as is, bolt and all. This incident became known in European and American industrial circles, and the Japanese deservedly acquired a reputation as "counterfeiters."
    However, these "counterfeiters" were very clever and had at their disposal a remarkable apparatus of industrial espionage."
    1. +4
      April 24 2026 07: 36
      Quote: billybones
      rivalry between industrial and military espionage. By the end of the century, a new player appeared on the arena of struggle: Japan.

      The topic of industrial espionage is very interesting... it's often reduced to the "international" part or the political one between blocs, but during that time of rapid industrial growth, industrial espionage permeated all areas of production, including in a single country... everyone was spying on everyone, even on "coffee makers" who had a potential advantage over their competitors :)
      1. +3
        April 24 2026 07: 53
        Accurate comments. I agree. Japanese industrial espionage is considered one of the most systematic, well-thought-out, and organized. With a long tradition. A model of sorts.
        1. +5
          April 24 2026 08: 10
          Quote: billybones
          Japanese industrial espionage is considered one of the most systematic

          The Americans were eager to adopt their experience; in the 60s and 70s, every self-respecting and more or less noticeable enterprise had a department equipped no worse than some CIA department... in the mid-70s (I don't remember exactly) there was a large series of articles on this topic in "Science and Life"
        2. +2
          April 24 2026 10: 58
          Quote: billybones
          Accurate comments. I agree. Japanese industrial espionage is considered one of the most systematic, well-thought-out, and organized. With a long tradition. A model of sorts.

          The Japanese bought up all the scientific and technical journals in the USSR, starting with Tekhnika-Molodezhi (Technology for the Youth).
        3. +1
          April 24 2026 18: 18
          Quote: billybones
          Japanese industrial espionage is considered one of the most systematic, well-thought-out, and organized
          I think the French are ahead of everyone in this matter...
          1. 0
            April 24 2026 18: 52
            Is there any information on this matter online?
            1. +1
              April 25 2026 16: 34
              Is there any information on this matter online?
              Under Clinton or Bush (I don’t remember now), they even passed some kind of law and announced something like sanctions against the French...
  4. +5
    April 24 2026 08: 09
    The famous ZIL-157 was created in the image and likeness of the American Studebaker,

    Well, if we stick to the chronology, then it’s the ZiS-151.
  5. +2
    April 24 2026 08: 12
    The Japanese copied the pump, and copied it in literally the same form, that is, together with the bolt

    And they did the right thing, because it's hard to know what depends on what in any complex system. In fact, Valery Avgustinovich has written extensively and informatively about technical copying in his book, "The Battle for Speed: A History of Aircraft Engine Manufacturing."
  6. +3
    April 24 2026 08: 17
    turn the propellers

    "You're sitting here and you don't know anything! It turns out a penis is called..." From a joke.
    It seems like they mill on a milling machine, they can also bore, but turning... A Freudian slip illustrating the degree of mastery of the subject.
    1. 0
      April 24 2026 08: 26
      Quote: Grossvater
      but to sharpen

      I used to sharpen my propeller (Hi-22) by hand, that is, with a file, to give it a shape that wasn't as rough as it was "from the factory"... I wouldn't refuse a milling cutter, but I would keep the name of this operation the same... formally, you're right, but in essence - to be honest, I don't know
      1. +1
        April 24 2026 18: 17
        Quote: Rodez
        I used to sharpen my propeller (Hi-22) manually, that is, with a file.
        Have you sharpened the anchor with a file until it is sharp? wink
        1. +1
          April 30 2026 17: 29
          Quote: Luminman
          And the anchor is sharpened with a file.

          Anchor - no... "saw, Shura, saw" - not our method
          :)))
          and the propeller shouldn't be "sharp," it should have blades with a profile that's appropriate for hydrodynamics and speed, if that means anything to you (just like an airplane wing isn't made from the side of a plywood box)... I'm judging your mastery of the subject by your exceptionally successful analogy with the anchor :))
          fluffiness... pfft, i.e. the speed after that increased somewhat (to the level of the factory one with a good propeller and a more powerful "Virgin-30"), which was expected
    2. Fat
      0
      April 24 2026 12: 06
      hi I agree. According to the author, increasing quietness is not the same as reducing noise... It's somehow strange. request
    3. +3
      April 24 2026 12: 22
      I also appreciate technically correct phrases in specialized materials. For popular articles, you can use terms that are familiar and understandable at a casual level.
      The general term "milling" would be most appropriate. It could be replaced with the phrase "The part was machined on a CNC milling machine." The next most technically advanced term is shape milling—the production of complex 3D surfaces (for example, turbine blades or propellers).
      CNC machining (Computer Numerical Control Machining, CNC) is a potentially rich foreign term, referring to the technological process of manufacturing parts on computer-controlled machines. Instead of manual control, the operator loads a program into the system that automatically sets the tool's path, speed, cutting depth, and other parameters. The emphasis here is on computerization and the execution of multiple operations in a single machining center.
  7. 0
    April 24 2026 08: 41
    The famous ZIL-157 was created in the image and likeness of the American Studebaker,
    I disagree here. The ZiS-151 was created based on a similar model, but with specific requests from our military. That's why it wasn't entirely successful.
  8. BAI
    0
    April 24 2026 09: 07
    And only now have we started making 5-axis machines. We still can't make 9-axis ones. The gap is colossal.
  9. +4
    April 24 2026 09: 09
    Everything was revealed by accident. Toward the end of 1986, Hitori Kumagai, the former chief representative of the Japanese trading company Wako Koeki in Moscow, resigned. Whether it was his conscience that bothered him or something else, he informed the US government about the transactions.

    Things weren't quite right there. The manager was hoping for a promotion, but he was screwed. So he decided to get revenge and handed over all the documents to the Americans. And it wasn't the first time; they didn't believe him at first, but he got his way.
  10. +2
    April 24 2026 12: 18
    Toshiba and the Soviet Union also approached a second trading company in Norway, Kongsberg Vapenfabrikk, to acquire computer equipment. The two companies wanted to combine Norwegian computers with Japanese milling machines.

    The funniest thing about this scheme is that Kongsberg Vapenfabrikk is a NATO country's arms company.
    What's even funnier is that when the Yankees dug up documents on previous deals, it turned out that the Norwegians had been selling CNC machines to the USSR since 1974, supplying a total of about 150 controllers for CNC machines, most of which went to the nuclear industry.
  11. +2
    April 24 2026 12: 25
    Only thanks to the conditions of Lend-Lease did the Soviet Union received modern American technology worth over a billion dollars. This technology played a certain role in creating the USSR's own technological base and strengthening its armed forces after the war. There is some truth to this.
    For example, in the automotive industry, much came from Germany and the United States. The famous ZIL-157 was created in the image and likeness of the American Studebaker.
    The example is unsuccessful.

    The Studebaker US-6, the design of which served as a model for the ZIS-151, was not a modern vehicle, but rather a primitive piece of engineering from the 30s. This is precisely why Soviet engineers chose it as a model for their designs.

    Lend-Lease brought the Soviet Union a wealth of modern (at that time) technologies and industrial technological equipment, which the USSR simply did not have at that time.
    Entire turnkey factories and specialists who helped build the factories and set up the equipment arrived from the USA under Lend Lease.
    This is the true value of help.
    But for some reason, we only remember American cars, with the final, amateurish conclusion: “We would have defeated the Germans even without their cars.”
  12. +1
    April 24 2026 12: 44
    The article is missing a key conclusion:

    "The above convincingly proves that even in the 80s, the USSR lagged behind developed countries by many decades in the area of ​​creating high-quality technological production equipment.
    Well, modern Russia has apparently fallen behind forever."
    1. -2
      April 24 2026 19: 33
      Well, you did it. wink
      Be proud, you can read between the lines. laughing
  13. The comment was deleted.
  14. +1
    April 24 2026 19: 31
    In the late 80s, I participated in the acquisition of US-made computer equipment—the VAX/VMS-750. I was working at the Antonov Design Bureau in a department fully equipped with US-made computing equipment, including computers, terminals, and printers. All the documentation—manuals—was in English (a particular point of pride was writing comments in the program in English).
    Two other employees and I were sent on a business trip to Moscow, with the mission of bringing back another VAX station from Moscow. In Moscow, on a street near Avtozavodskaya station, we waited for a truck. Soon, a truck with Hungarian license plates appeared. The driver got out, and a comrade in civilian clothes (according to the senior officer, a KGB lieutenant colonel) approached him. They discussed something, and then we received the order to load it. We were shown which boxes to take. We transferred them to a ZIL flatbed truck, and the trucks drove off. We drove to Bykovo, where we loaded the received equipment into a factory An-26.
    As I later learned, the scheme was this: a company in Switzerland purchased sanctioned computers, then transferred them to Austria, and from there to Hungary. And from Hungary, they were shipped to the Soviet Union.
    All this equipment was under COCOM sanctions.
  15. 0
    30 June 2026 12: 47
    Thus, Leon Trotsky was right in asserting that without a world revolution all possible measures would be taken to defeat the socialist states.
    1. 0
      10 August 2026 08: 07
      Quote: 1944-1989
      what without a world revolution

      A small, vulgar nuance: it's impossible. And this became known even during his lifetime...
      1. 0
        10 August 2026 09: 29
        And why not? A revolution on a global scale—one that would encompass several of the most powerful Western countries.
        For this to happen, certain conditions must arise—conditions that are quite real and becoming increasingly probable:
        public sentiment, the weakening of traditional parties, and the demoralization of the police and armed forces (which is why capitalist states are sharply increasing police spending and militarizing police forces).
        1. 0
          10 August 2026 10: 15
          Quote: 1944-1989
          public sentiment, the weakening of traditional parties, and the demoralization of the police and armed forces (which is why capitalist states are sharply increasing police spending and militarizing police forces).

          For any Revolution of the 20th century, there is either loss in war, or foreign occupation, or total poverty, or a combination of these positions.
          No options ...
          1. 0
            11 August 2026 11: 05
            However, communists do not share the principle that “the worse, the better.”

            Ultimately, human consciousness is not static; change occurs slowly—though it does occur and can sometimes accelerate. The threshold for what constitutes poverty and suffering can also shift: what is perceived as an ordeal today may once have been considered normal. The world does not stand still, but mainstream and right-wing populist parties undoubtedly have an interest in maintaining the lowest possible level of education among the masses. The goal is not for poverty, disaster, and war to push people toward revolution, but for them to recognize this path as the right one—even without experiencing hardship. This is the essence of socialist thinking, which looks to the future for generations to come, as opposed to the capitalist mentality, for which short-term profit is the idol.
            1. 0
              11 August 2026 12: 44
              Quote: 1944-1989
              The goal is not for need, disasters and wars to push people towards revolution, but for them to recognize this path as the right one themselves – even without being in a dire situation.

              - this is unattainable.
              A man is walking smash and kill the authorities either from hunger or during the redistribution of property (but this has nothing to do with socialism - this is Maidan).
              All other options for seizing power are not even science fiction, they are fantasy.

              Quote: 1944-1989
              The threshold for what constitutes poverty and suffering can also shift: what is perceived as an ordeal today may once have been considered normal.
              the level of "poverty and suffering" is always the same - "there's nothing to eat!!"
              Under normal circumstances, no one would stab a rich neighbor or a police officer because "tickets to Turkey for a holiday have gone up in price!"

              I repeat -
              Quote: your1970
              For any Revolution of the 20th century, there is either loss in war, or foreign occupation, or total poverty, or a combination of these positions.
              There were no other socialist revolutions in the 20th century
              1. The comment was deleted.
              2. 0
                11 August 2026 12: 55
                Use a knife against your rich neighbor? In my experience, it's usually the rich who hate the poor.

                I once broke the leg of a rich neighbor, but it was he who started a fight with me, claiming that I had taken “his” place on the public road.
                1. 0
                  11 August 2026 14: 48
                  Quote: 1944-1989
                  Use a knife against your rich neighbor? In my experience, it's usually the rich who hate the poor.

                  I once broke the leg of a rich neighbor, but it was he who started a fight with me, claiming that I had taken “his” place on the public road.

                  There is simply no hatred on the level of total poverty; when it comes, your opponent will simply be torn to pieces, along with his wife, who is wearing a mop, and his baby's head will be smashed against the corner of the house.
                  And without such poverty (like in Cuba - where a prostitute cost 1 dollar for the night, and a prostitute with breakfast cost 1,2 dollars - and 1 dollar was already the cost of breakfast, or like in Russia - when "they ate Vasya for dinner.") - there will be no socialist revolution.
                  Simply because you will have to go towards machine guns and die, and people NOT In times of distress, this is never done.
                  1. 0
                    11 August 2026 14: 54
                    And this time I will use the world-famous Russian proverb: “Wait and see.”
                    1. 0
                      11 August 2026 15: 26
                      Quote: 1944-1989
                      And this time I will use the world-famous Russian proverb: “Wait and see.”

                      My 4 options are possible, your polite one is obviously 1000% impossible.
                      Simply because any government uses force to protect itself, and walking into machine guns is scary...
  16. 0
    30 June 2026 13: 25
    This story had a sequel. The machines themselves, of course, were no longer supplied, but those that were received required spare parts and accessories. Ideally, brand-name ones, not homemade ones. We learned to make some ourselves, but not everything. And there was a second part to this story – the supply of spare parts and components. I don't know exactly what was supplied, but the main deliveries went through Western Europe, particularly through West Germany. Thus, the term "free suitcase" delivery conditions entered the lexicon of the Soviet Foreign Trade Committee. Incidentally, with the collapse of the USSR, these restrictions didn't go away – American clowns simply stopped flaunting them, but in the early 90s, spare parts were still being purchased illegally. And the machines worked. So, COCOM sanctions were circumvented gracefully and quite calmly. A quiet and very profitable trade...