The Tank Museum
Published 14 Jul 2023In this video, we look at the Pak 35/36, the German Army’s first anti-tank gun. Obsolete by 1941, it picked up the nickname Heeresanklopfgerat – the army door knocker – after its inability to penetrate tank armour. In spite of this, it carried on in service until 1945. Chris Copson talks you through the gun and its history.
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November 6, 2023
The Army Door Knocker | Pak 35/36 | Anti-Tank Chats
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November 3, 2023
Understanding Combined Arms Warfare
Army University Press
Published 24 Mar 2023Designed to support the U.S. Army Captains Career Course, “Understanding Combined Arms Warfare” defines and outlines the important aspects of modern combined arms operations. This is not a complete history of combined arms warfare. It is intended to highlight the most important aspects of the subject.
The beginning of the documentary establishes a common understanding of combined arms warfare by discussing doctrinal and equipment developments in World War I. The second part compares the development of French and German Army mechanization during the interwar period and describes how each country fared during the Battle of France in 1940. The film concludes by showing how the United States applied combined arms operations in the European Theater in World War II.
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October 17, 2023
Why WW1 Cavalry Was Essential On The Battlefield
The Great War
Published 13 Oct 2023The First World War was a catalyst for modern warfare with tanks, poison gas, flamethrowers and more. Cavalry didn’t have a place anymore on the modern battlefield – or so the common misconception goes. In this video we show how useful cavalry still was in WW1.
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October 2, 2023
The fall and rise of siege warfare
Sieges are probably about a year or so younger than the first fortified village — as soon as someone came up with the bright idea of throwing a wall around it for protection, some equally bright spark likely started coming up with ways to get inside that wall. In The Critic, Peter Caddick-Adams considers the eclipse and return of siege warfare in Europe in reviewing Iain MacGregor’s The Lighthouse of Stalingrad and Prit Buttar’s To Besiege a City: Leningrad 1941-42:
A model of the Vauban fortress at Arras in northern France. Arras is one of the Fortifications of Vauban, a UNESCO World Heritage Site.
Image via Wikimedia Commons.
The history of war is never far removed from battles for cities. Many of us, of whatever creed, were brought up on the story of the walls of Jericho tumbling after the Israelites marched around the stronghold once a day for six days, seven times on the seventh day, and then blew their trumpets. Though no archaeological evidence at Tell es-Sultan, in modern Palestine, corroborates the arresting visual image related in Joshua, Chapter 6, diggers have uncovered a range of defensive stone and brick walls dating back to 8,000 BC. It indicates that even 10,000 years ago, the ancients indulged in the odd siege when the mood took them. The biblical story also introduces us to the concept of intimidation, today fashionably called “psychological warfare”.
The much younger fortress of Troy provides insights into another city-focussed era of battles. Beneath today’s Hisarlik in northern Turkey are nine archaeological layers. Troy VIII was the alluring city of Classical and Hellenistic times, as portrayed in the Iliad, Homer’s Odyssey and Virgil’s Aeneid. The Romans took the lessons of Homeric Troy seriously and clad all their major settlements with defensive walls, as any exploration of Canterbury, Chester or York will confirm. These acted as magnets for opponents, as in Boudicca’s revolt of AD 60–61. Cities such as Colchester, London and St Albans were sacked, as much for what they represented as for their physical presence.
When the Normans arrived in their longships, they imported the concept of stone castles to control the newly conquered English. Their walled cities would be ungraded and contested scores of times over the succeeding six centuries. Henry V’s siege of Harfleur (modern Le Havre) in 1415, the beginning of the Agincourt campaign famously depicted in Shakespeare’s play, underlined the drawback of traditional sieges. They took longer and were usually far costlier than expected. Several thousand men camped in a small area with no knowledge of hygiene inevitably resulted in a high mortality rate amongst the attackers before a shot was fired.
Harfleur was also the first time an English army made use of gunpowder artillery in a siege, a technology that had trickled its way across the world from China. Powder and fuse heralded events 38 years later, when an Ottoman army shook the Christian world to its core by breaching the massive walls of Constantinople (Istanbul) after a 53-day bombardment using cannons. On Tuesday, 29 May 1453, stone finally gave way to bronze and iron, finishing the last remnant of the Roman Empire. Europe was never quite the same again. Fortress architecture started to employ breadth, using earthen ramparts and ditches, rather than height.
Strategy for urban warfare intensified during the lifetime of the French fortress engineer Vauban (1633–1707), who used landscaped terrain as well as geometrically designed defensive walls to deter would-be besiegers. When viewed from above, his fortification designs resemble starfish. So successful were his tactics that sieges, always costly and time-consuming, lessened in importance. His contemporary Marlborough recognised that on any cost-benefit analysis, Vauban had rendered sieges militarily unprofitable, restoring manoeuvre to campaigns.
Subsequent wars fought in the Napoleonic era, the Crimea, between the American North and South, and by Prussia generally reflected this return to mobility. There was the odd attritional discrepancy with the 1854–55 siege of Sevastopol, that of Petersburg in 1864–65 and Paris in 1870–71. Cities were still fought for, but usually contests were removed away from the walls, where forces could conduct wide sweeping manoeuvres, such as Leipzig in 1813 or Ypres in the Great War. As weapons grew more accurate and their munitions heavier, fortifications broadened and sank into the ground, culminating in the trenches of 1914–18. In this era, dominance of terrain became the hallmark, and it was virtually siege-free.
It was remarkable that urban warfare returned on an industrial scale during the Second World War, a time usually associated with blitzkrieg and rapid tank thrusts. This happened at Leningrad, Sevastopol and Stalingrad in the East; at Ortona and Cassino in Italy, Caen; Carentan and St Lo in Normandy; in Aachen and later assaults on Aschaffenburg and Cologne, Magdeburg, Leipzig and Berlin in 1945. Subsequent NATO doctrine for the defence of central Europe focussed on the threat of more attrition. Plans were devised to defend quite small localities, putting grit in the Soviet steamroller and making the cost of attacking Western towns and cities prohibitive.
Update: Broken URL corrected.
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August 10, 2023
MOBAT, WOMBAT, CONBAT | Anti-Tank Chats
The Tank Museum
Published 5 May 2023Welcome to this episode of Anti-Tank Chats. Today, Chris will be discussing the variations of a lesser-known weapon, the British Army’s B.A.T. (Battalion Anti-Tank Gun).
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July 29, 2023
French 75mm of 1897
vbbsmyt
Published 30 Dec 2021The French 75 is widely regarded as the first modern artillery piece. It was the first field gun to include a hydro-pneumatic recoil mechanism, which kept the gun’s trail and wheels perfectly still during the firing sequence. Since it did not need to be re-aimed after each shot, the crew could reload and fire as soon as the barrel returned to its resting position. In typical use the French 75 could deliver fifteen rounds per minute on its target, either shrapnel or high-explosive, up to about 8,500 m (5.3 mi) away. Its firing rate could even reach close to 30 rounds per minute, albeit only for a very short time and with a highly experienced crew. [wikipedia: https://en.wikipedia.org/wiki/Canon_d…]
The concept for the gun anticipated future conflict being a war of manoeuver — with massed infantry and cavalry attacks — based on the experience of the wars of 1870-1872. Consequently the gun was designed to be able to be moved easily, set up quickly and fire antipersonnel shells (shrapnel) rapidly, and without the need to reset the carriage after each shot. Two critical components were the cased ammunition (shell and cartridge as a single unit) and a recoil system that completely absorbed the recoil forces and returned the gun to its original position without disturbing the gun’s position.
This animation shows the actions necessary to prepare the gun from its “travelling” state to operational state. The carriage has to be “locked” into a fixed position and levelled. The operation of shrapnel shells depends upon setting a time fuse to explode the shell just in front of an attacking force, to shower them with balls, and demonstrates the French Débouchoir mechanical fuse setter that allowed time fuses to be set rapidly and accurately. The liquid (oil) and air (pneumatic) recoil mechanism used a “floating piston” — on one side hydraulic oil and on the other compressed air. The design must keep these two separated while allowing the free piston to move rapidly. The French design laid great emphasis on seals made of silver – being soft enough to conform to the sleeve housing, but as reported by the US when they started manufacturing the 75mm, the key element was highly precise machining of the sleeve housing the free piston.
The French 75mm of 1897 was of less use with the introduction of trench warfare, where howitzers and mortars being the primary artillery, but the 75mm retained some value, one use being firing shrapnel shells at aircraft. A longer time fuse had to be developed to reach the altitude that some aircraft flew at.
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July 3, 2023
The Battle That Prevented A Nuclear World War Three | Kapyong: The Forgotten War | Timeline
Timeline – World History Documentaries
Published 2 Jul 2023On April 24, 1951, following a rout of the South Korean army, the Chinese People Volunteer Army pursued their enemy to the lines of Australian and Canadian troops still digging fall-back defences, 39 kilometres to the rear. Here, sometimes at the length of a bayonet, often in total darkness, individual was pitted against individual in a struggle between a superpower and a cluster of other nations from across the world. They fought for a valley, the ancient and traditional invasion route to Seoul. If it fell the southern capital and the war, was lost. The United Nations troops had the military advantage of the high ground and artillery support: the Chinese relied entirely on vastly superior numbers. As a result, young men from both sides found a battle which was very close and very personal.
The Battle of Kapyong became the turning point of China’s Fifth Offensive in that Korea spring. The aim of the offensive was to finally drive the foreign troops out of South Korea and into the sea. What happened instead, changed the history of the Korean War. The Chinese were denied victory and forced back into negotiations. Had they succeeded, another crushing defeat for the US could have triggered events that led to a nuclear holocaust in Asia — and World War Three.
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July 1, 2023
QotD: The ever-increasing size and number of artillery pieces in WW1 trench battles
Because the generals on the attacking side – and it is worth remembering that Germany, Austria-Hungary, Britain, France and Italy all took their turns being the attacker on the narrower Western and Italian fronts defined by continuous unbroken trench-lines (the Eastern Front was somewhat more open) – were actively looking for ways out of the trench stalemate. We’ve already discussed one effort to get out, poison gas, and why it didn’t succeed. But there was a more immediate solution: after all, every field manual said the solution to weakening infantry positions on the field was artillery. Sure, trenches and dugouts made infantry resistant to artillery, but they didn’t make them immune to it. So what if we used more artillery?
So by the Second Battle of Artois (May, 1915), the barrage was four days long and included 293 heavy guns and 1,075 lighter pieces. At Verdun (February, 1916) the Germans brought in 1,201 guns, mostly heavy indirect fire artillery (of which the Germans had more than the French) with a shifting barrage that expected to fire 2 million shells in the first six days and 4 million during the first 18 days. At the Somme (1916) the British barrage lasted from the 24th of June to the attack on July 1 (so a seven-day barrage); a shorter barrage was proposed but could not be managed because the British didn’t have enough guns to throw enough shells in the shorter time frame. A longer barrage was also out: the British didn’t have the shells for it. By Passchendaele (1917) the British were deploying some 3,000 artillery pieces; one for every 15 yards of frontage they were attacking.
These efforts didn’t merely get to be more, but also more complex. It was recognized that if the infantry could start their advance while the shells were still falling, that would give them an advantage in the race to the parapet. The solution was the “creeping” barrage which slowly lifted, moving further towards the enemy’s rear. These could be run by carefully planned time-table (but disaster might strike if the infantry moved too slow or the barrage lifted too early) or, if you could guarantee observation by aircraft, be lifted based on your own movements (in as much as your aircraft pilots, with their MK1 eyeballs, could tell what was happening below them). […]
I find that most casual students of military history assume that these barrages generally failed. I suspect this has a lot to do with how certain attacks with ineffective barrages (e.g. the Somme generally, the ANZAC Corps’ attack at Passchendaele) have ended up as emblematic of the entire war (and in some cases, nationality-defining events) in the English-language discussion. And absolutely, sometimes the barrages just failed and attacks were stopped cold with terrible losses. But rather more frequently, the barrages worked: they inflicted tremendous casualties on defenders and allowed the attackers to win the race to the parapet which in turn meant the remaining defenders were likely to be swiftly grenaded or bayoneted. This is part of why WWI commanders continued to believe that they were “on the verge of a breakthrough”, that each attack had come so close, because initially there were often promising gains. They were wrong, of course, about being that close, but opening attacks regularly overran the initial enemy positions. Even the worst debacles of the war, like at the Somme, generally did so.
And at this point, you may be wondering if you’d been lied to, because you were always told this was a war where advances where measured in feet and meters instead of miles or kilometers and how can that be if initial attacks generally did, in fact, overrun the forward enemy positions? I’ll push this even further – typically, in the initial phases of these battles (the first few days) the casualty rates between attacker and defender were close to even, or favored the attacker. This is of course connected to the fact that the leading cause of battle deaths in the war was not rifle fire, machine guns, grenades, bayonets but in fact artillery fire and the attacker was the one blasting fixed positions with literal tons of artillery fire. So what is going on?
Because both sides quickly figured out that their forward positions were badly exposed to artillery barrages and began designing defenses in depth, with rear positions well out of the reach of all but the largest enemy artillery. For instance, most of the so-called “Hindenburg Line” (the Germans called it the Siegfriedstellung or “Siegfried Position”) was set in multiple lines […] The plan consisted of a thin initially defense which was assumed to fall in the event of an attack, but still featured channels made by heavy barbed wire and machine guns designed to inflict maximum casualties on an advancing force (and be dangerous enough to require the artillery barrage and planned assault). Then behind that was more open ground and then a second line of trenches, this time much more solid, with communications trenches cutting vertically and the battle positions horizontally, enabling reserves to be brought up through those trenches without being exposed to fire. Finally the reserves themselves were in a third line of trenches even further back, well outside of the enemy’s barrage (or indeed the range of all but their heaviest guns). Of course while your artillery is in the back, out of range of the enemy artillery, the enemy infantry is attacking into your artillery range. This keeps your artillery from being disabled into the initial barrage (you hope) so that it can be brought into action for the counter-attack.
And now the enemy of the attacker is friction (as we’ve discussed before with defense in depth). If everything possible goes right, you open with the barrage, your infantry sweeps forward, the creeping barrage lifts and you win the race to the parapet. The forward enemy defenders are either blasted apart by the barrage or butchered in their holes by your gas, grenades and bayonets. Great! Now you need to then attack again out of those enemy positions to get to the next line, but your forces are disorganized and disoriented, your troops are tired and your supplies, reinforcements and artillery (including many heavy guns that weigh many tons and shoot shells that also weigh 100+lbs a pop) have to get to you through the terrain the barrage created […]
So rapidly the power of your initial attack runs out. And then the counter-attacks, as inevitable as the rising sun, start. Your opponents can shell you from nice, prepared positions, while your artillery now has to move forward to support you. Their troops can ride railways to staging posts close to the front lines, advance through well-maintained communications trenches directly to you, while your troops have to advance over open group, under artillery fire, in order to support you. The brutal calculus begins to take its toll, you lose ground and the casualty ratios swings in favor of the “defender” (who to be clear, is now attacking positions he once held). Eventually your footholds are lost and both sides end up more or less where they started, minus a few hundreds or thousands of dead. This – not the popular image – this is the stalemate: the attacker frequently wins tactically, but operational conditions make it impossible to make victory stick.
The brutal irony of this “defensive” stalemate is that at any given moment in a battle that might last months and swing from offensive to defensive and back again that casualties typically favored the side which was attacking at any given moment. More ironic yet, the problem here is that the artillery itself is digging the hole you cannot climb out of, because it is the barrage that tears up the landscape, obliterating roads, making movement and communication nearly impossible for the attacker (but not for the defender). But without the barrage, there’s no way to suppress enemy artillery and machine guns to make it possible to cross no man’s land. Even with tanks, an attack without supporting artillery is suicide; enemy artillery will calmly knock out your tanks (which are quite slow; this is in 1918, not 1939).
The problem, for the attacker and the defender isn’t machine guns, it is artillery: the artillery that makes assaults possible in the first place makes actual victory – breaking through the enemy and restoring maneuver – impossible.
Bret Devereaux, “Collections: No Man’s Land, Part I: The Trench Stalemate”, A Collection of Unmitigated Pedantry, 2021-09-17.
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May 28, 2023
This Gun Could Reach Space
Real Engineering
Published 18 Feb 2023
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May 9, 2023
QotD: Changing German Panzer tactics in 1943
The following report, though obviously written in haste with little regard for elegance of expression, gives a good view of the changes in tank tactics which took place on the Eastern Front. This translation was made from a typed copy of the original and thus bears no signature. Nonetheless, there is good reason to believe that the author was the famous Fridolin von Senger und Etterlin, who commanded the 17th Armored Division at this time.
1. The tank tactics which led to the great successes of the years 1939, 1940, and 1941 must now be considered obsolete. Even if it were possible today to breakthrough an antitank front by means of the massive employment of concentrated waves of tanks, we would not be able to make use of these methods, which would once more lead to considerable losses, because of our [tank] production situation. These methods, often employed in rapid succession, would lead to such a quick reduction in tank strength that the character of an armored division would be fundamentally altered. This would lead to difficulties for the higher leadership.
The change in tank tactics is logical. The beginning successes of the weapon, the shock effect of which rested upon the technical achievement and overwhelming invincibility of the attacker, found at last its end in the development of appropriate defenses. From the point of view of production, the building of tanks could not keep pace with the building of antitank weapons. Apparently, a thousand antitank rifles, or dozens of antitank guns, can roll off the production lines for every tank.
The following are drawn from these insights.
2. The new tank tactics, which have already gained inevitable acceptance in the divisions, are outlined below.
The tank group no longer forms the nucleus of the armored division, about which other weapons are grouped as auxiliaries. The tank is a new arm acting in concert with and equal to the old arms. In cooperation with other weapons, it retains its power, even though its numbers are far below those called for by tables of organization.
Its meaning as a new arm is a function of the fact that it combines in itself a goodly portion of the two elements important to the attack: fire and maneuver. It derives these qualities from the fact that it is invulnerable, or less vulnerable, because of its armor.
Because the tank arm combines in itself firepower and mobility to a greater degree than other arms, it is the appropriate weapon for forming the main effort [Schwerpunkt].
The combat of the armored division is characterized by the fact that it is a mobile unit in all its parts and, as a result, the division commander is in a position, in the course of a battle, to chose and form a main effort [Schwerpunkt]. This principle excludes an irrevocable commitment of the tank group before an attack. Rigid employment within the framework of an already established battle plan is replaced by division commander himself holding [the tank group] in readiness and the flexibly employing it in the course of fighting against the required, or known to be appropriate, position.
The battle will begin with the infantry attack. The infantry attack provides the required foundation for the strength of the antitank front, for its length and depth. If the antitank front is known, then the tank attack can be ordered according to the classical principles for leading mobile units against the flanks or, if possible the rear, of an enemy defensive position. This attack should only be carried out exclusively by tanks when they can gain complete surprise. If surprise cannot be gained, then in this flank attack fire superiority must be fought for through the employment of artillery and, for the time being and to a certain extent the fire of the tanks themselves, until the enemy antitank front can be shaken or at least split up. If surprise can be gained, then a break-in against the flank of an antitank front can succeed without preparatory fire.
The attack against an enemy antitank front by means of a successful move against its flanks and rear cannot be carried out by tanks alone. It requires the support of artillery. In our experience, however, tank attacks carried out against the flanks and rear have outrun the artillery groups in direct support. Shifting fires by means of forward observers alone is not enough to ensure the shooting up of defensive fronts. What is needed here is thus the self-propelled batteries, which in the same manner as tanks themselves can quickly change their firing positions and thus attain the same mobility as the tank groups.
3. Now that these principles of the new tactics have been laid out, their use in practice will be explained.
a. The use of tanks as the first attack wave against a strongly fortified, deeply organized defensive position leads always to great losses and is thus false.
b. The use of tanks against deeply organized antitank positions is possible with the stipulation that it be commanded by an all-arms leader in close cooperation with other weapons after the formation of a main effort on the spot and that the further prosecution of the battle be steered by the same all-arms leader.
c. The employment of tanks leads to the greatest success when, sent into action and controlled by the all-arms leader, when they are used to strike the enemy in the flank, soon after the latter has begun an attack and before his antitank weapons have established firm antitank positions. Also in this last case, the attack must, with a view to direction and timing, be ordered by the all-arms leader on the spot. (With this last method the weak forces of the worn out 17th Armored Division annihilated one enemy division at Kuteinikowskaja on the 5th of January 1943 and another at Talowaja on the 27th of January, 1943.)
4. These new tactics are based upon the cooperation of the three main arms (infantry, tanks, and artillery) during the entire course of a battle. This cooperation can only be assured when the leader, that is to say, in all cases where the mass of the division is employed, the division commander himself, controls the cooperation of the arms on the spot throughout the entire battle. If, under the press of circumstance, as generally was the case during the battles between the Don and the Volga, widely separated battle groups [Kampfgruppen] of infantry, tanks and artillery had to be formed, it is essential that each of these battle groups be commanded by an all-arms leader, who is neither the commander of the tank element nor the infantry element of the battlegroup.
The all-arms leader’s means of command is the 10-watt radio built into a tank. With this equipment the leader is connected with the tank leaders as well as the leader of the infantry group, who, in case the proper radios are lacking, is provided with a tank. The all-arms commander is also in contact, by means of his armored personnel carrier, with battlegroups not forming part of the main effort and with his first general staff officer (Ia) working far to the rear.
The leader of the artillery group locates himself, according to the ordinary rules of command and control, with the all-arms leader. He is able, as was explained above, to give effective support only as the leader of an artillery group made up of self-propelled batteries. If he does not have access to some of these, there is always the danger the leader of the tank group would find his mobility limited by being bound to the less mobile towed artillery supporting him.
The place of the leader in combat is far forward, so that he can easily see the tank combat and, on the basis of these observations, can steer the course of the battle. He is sufficiently separated from the forward wave of tanks that he does not get involved in the tank-versus-tank and tank-versus-antitank battles, for this combat will focus his attention on the tanks fighting in the forward lines, to the point where tactical decisions which derive from the cooperation of all arms, can no longer be made.
The place of the leader can, however, rarely be chosen outside of the zone of enemy artillery fire. He can nevertheless remain mobile, thanks to the peculiar virtues of his means of command, namely voice radio. In the course of an attack in progress, he should be far enough forward to allow contact with the infantry group. Through it he can exert the leadership of a combined arms combat.
an armored personnel carrier used as a mobile command post in Russia in 1941From his location the leader should be in a position to himself assemble, according to the development of the situation and the requirements of the cooperation of arms, discrete tank groups.
Cooperation between discrete tank groups and infantry groups is possible if the all-arms leader remains in voice radio contact with the tank group in question. The attachment of tank groups to infantry groups is, as a matter of principle, always to be avoided. The infantry is not in a position to ensure the cooperation of infantry, heavy infantry weapons, and artillery as well as tanks because it is fully occupied with the conduct of the combat of other weapons. On this basis, the attachment of tanks to infantry divisions, which cannot be trained in the cooperation of the three arms, is, as a matter of principle, to be avoided.
The requirement to achieve success by the cooperation of all three arms does not exclude the concentration of all tanks in a single attack. This is still to be striven for. The concentration of tank power in the main effort [Schwerpunkt] will, however, not to striven for through systematic employment on the basis of an established plan, but rather in the course of the battle through the assembling of certain tank groups, in short, through the flexible combat leadership and formation of the main effort [Schwerpunkt] in the course of the battle through the all-arms leader himself.
This battle method, which aims at the close cooperation of the three main arms, cannot function without the formation of a special infantry group mounted in armored personnel carriers. Because it is essentially different, this group does not belong with the wheeled-vehicle mounted infantry of the division. They form, rather, an integrated part of the tank group. They can be attached to the later or will be employed according to the decision of the all-arms leader in accordance with the same principles that apply to the employment of tank waves.
The armored personnel carrier group of the infantry which is attached to the tank group corresponds closely to the self-propelled artillery. Both are special branches of their main arm, which work within the tank group itself and without which the cooperation of the tank group with the mass of the truck-mounted infantry and the towed artillery would not be possible.
5. The following deductions for the construction of tanks can be drawn from the aforementioned portrayal of the tactics and command techniques of the armored division. Because the race between tanks and anti-tank defenses can only be won by even heavier types and thus can not be guaranteed, the focus of effort [Schwerpunkt] in construction must be towards mobility and firepower.
The cooperation of arms can never be so close that artillery-infantry attacks alone can prepare an antitank front so that the tank attack can break through it in a rapid rollover. Instead, tanks must be an a position to use long-range fire to put anti-tank fronts out of action or at least so suppress them so as to make possible the further prosecution of the attack. They are only in a position to do this when they possess weapons of such a caliber that they can win superiority over immobile antitank weapons by means of fire and mobility.
According to this line of reasoning, great things can be expected from the creation of self-propelled artillery batteries. As unarmored fire units with greater range than tanks themselves they are in a position to attain that fire superiority which is necessary to gain the upper hand against the antitank defense.
During this winter’s fighting the best results were gained from assault gun battalions which, because of their great mobility and firepower, were employed and led in the same way as tanks. From the point of view of mobility, they outdid the tanks. Self- propelled guns were likewise successfully employed according to the same principles, to augment tank and assault gun groups, particularly by fire.
In contrast, the Tiger tanks, which were supposed to have fulfilled all three requirements, namely firepower, mobility, and heavy armor, were less successful, for their mobility was not sufficient for the elastic battle leadership outlined above. (In this experience it is important to take into account that the units sent fresh into battle were not at the height of their powers, especially where the use of radio was concerned. The impression of their lack of mobility, especially in rolling country with hard-frozen ground, however, would have been the same, even if the training of the personnel had been completed.)
These lessons of the more and more similar tactics of tanks, assault guns, and self-propelled artillery, which in more or less ad hoc arrangements establish the principle of fast-moving heavy firepower, causes one to wish that these weapons could be organized under a single leader with the goal of combining under him standardized training and well-schooled cooperation. This commander is the commander of the division’s tank group, that is to say, all more or less armored weapons mounted on tracked vehicles that are used for the fire battle. He must also have attached as an essential part an infantry group mounted in armored personnel carriers which should be made available according to a ratio of at least one infantry company for each three tank companies of whatever type.
The self-propelled artillery battalion should not be made an organic part of the tank group because of artillery training and the proposed design that will allow the guns to be dismounted. It should remain an organic part of the artillery regiment and be as- signed, on a case by case basis, to the commander of the tank group.
Unsigned report, probably authored by Fridolin von Senger und Etterlin, who commanded 17th Panzer Division at that time, via Bruce Gudmundsson’s Tactical Notebook, 2023-02-06.
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April 29, 2023
What Was the Deadliest Day of the First World War?
The Great War
Published 28 Apr 2023What was the deadliest day of any nation in WW1? There are multiple candidates for that, but why should we even care? Well, the answer to this question highlights a challenge with popular memory that is often focused on the biggest battles of the war like the Somme or Verdun.
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April 21, 2023
Type 94 Japanese 37mm Antitank Gun on Guadalcanal
Forgotten Weapons
Published 30 Dec 2022The Type 94 was the standard infantry antitank gun of the Japanese Army during World Ware Two. It was developed in the early 1930s as tensions with the Soviet Union rose; there had not been much need for Japanese antitank weapons in China. However, high explosive ammunition was also made for the gun, and it was used in an infantry support role with HE in China as well as in the Pacific.
The Type 94 was small and light, and could be disassembled for transportation without vehicles — a very useful capability on islands like Guadalcanal. Against US M3 Stuart light tanks, the Type 94 was a reasonably potent weapon.
Note that the Japanese also had a Type 94 tank gun, which was not the same as this — and did not use the same 37mm cartridge.
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April 2, 2023
QotD: The (in-)effectiveness of chemical weapons against “Modern System” armies
But let’s put that in a real-world context. Five Japanese doomsday cultists used about five liters of sarin in a terror attack on a Tokyo Subway in 1995, deployed, in this case, in a contained area, packed full to the brim with people – a potential worst-case (from our point of view; “best” case from the attackers point of view) situation. But the attack killed only 12 people and injured about a thousand. Those are tragic, horrible numbers to be sure – but statistically insignificant in a battlefield situation. And no army could count on ever being given the kind of high-vulnerability environment like a subway station in an actual war.
In order to produce mass casualties in battlefield conditions, a chemical attacker has to deploy tons – and I mean that word literally – of this stuff. Chemical weapons barrages in the First World War involved thousands and tens of thousands of shells – and still didn’t produce a high fatality rate (though the deaths that did occur were terrible). But once you are talking about producing tens of thousands of tons of this stuff and distributing it to front-line combat units in the event of a war, you have introduced all sorts of other problems. One of the biggest is shelf-life: most nerve gasses (which tend to have very high lethality) are not only very expensive to produce in quantity, they have very short shelf-lives. The other option is mustard gas – cheaper, with a long shelf-life, but required in vast quantities (during WWII, when just about every power stockpiled the stuff, the stockpiles were typically in the many tens of thousands of tons range, to give a sense of how much it was thought would be required – and then think about delivering those munitions).
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But that’s not the only problem – the other problem is doctrine. Remember that the modern system is all about fast movement. I don’t want to get too deep into maneuver-warfare doctrine (one of these days!) but in most of its modern forms (e.g. AirLand Battle, Deep Battle, etc) it aims to avoid the stalemate of static warfare by accelerating the tempo of the battle beyond the defender’s ability to cope with, eventually (it is hoped) leading the front to decompose as command and control breaks down.
And chemical weapons are just not great for this. Active use of chemical weapons – even by your own side – poses all sorts of issues to an army that is trying to move fast and break things. This problem actually emerged back in WWI: even if your chemical attack breaks the enemy front lines, the residue of the attack is now an obstruction for you. […] A modern system army, even if it is on the defensive operationally, is going to want to make a lot of tactical offensives (counterattacks, spoiling attacks). Turning the battle into a slow-moving mush of long-lasting chemical munitions (like mustard gas!) is counterproductive.
But that leaves the fast-dispersing nerve agents, like sarin. Which are very expensive, hard to store, hard to provision in quantity and – oh yes – still less effective than high explosives when facing another expensive, modern system army, which is likely to be very well protected against such munitions (for instance, most modern armored vehicles are designed to be functionally immune to chemical munitions assuming they are buttoned up).
This impression is borne out by the history of chemical weapons; for top-tier armies, just over a century of being a solution in search of a problem. The stalemate of WWI produced a frantic search for solutions – far from being stupidly complacent (as is often the pop-history version of WWI), many commanders were desperately searching for something, anything to break the bloody stalemate and restore mobility. We tend to remember the successful innovations – armor, infiltration tactics, airpower – because they shape subsequent warfare. But at the time, there were a host of efforts: highly planned bite-and-hold assaults, drawn out brutal et continu efforts, dirigibles, mining and sapping, ultra-massive artillery barrages (trying a wide variety of shell-types and weights). And, of course, gas. Gas sits in the second category: one more innovation which failed to break the trench stalemate. In the end, even in WWI, it wasn’t any more effective than an equivalent amount of high explosives (as the relative casualty figures attest). Tanks and infiltration tactics – that is to say, the modern system – succeeded where gas failed, in breaking the trench stalemate, with its superiority at the role demonstrated vividly in WWII.
Bret Devereaux, “Collections: Why Don’t We Use Chemical Weapons Anymore?”, A Collection of Unmitigated Pedantry, 2020-03-20.
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March 29, 2023
The obscure Polish banker who foresaw the carnage and deadlock of the First World War
Jon Miltimore on one of the few people to realize the increased deadliness and growing size of modern armies foreclosed any possibility of a quick, glorious war that would have the troops “home for Christmas”:
Jan Bloch, author of The War of the Future in its Technical, Economic and Political Relations (1898).
One man who did portend the carnage was Jan Bloch, a Polish banker and railroad baron who moonlighted as a military theorist. In 1898, Bloch published a little-noticed six-volume work titled The War of the Future in its Technical, Economic and Political Relations. The following year, the work was re-published in a single volume under a new title: Is War Now Impossible?
In the work, Bloch, who had closely studied Britain’s campaign in Africa during the Boer War, explained that modern weaponry had become so deadly that it had fundamentally changed warfare. Bayonet charges and cavalry flanking maneuvers were obsolete in an era defined by sophisticated earthworks and precision projectiles, he suggested.
Everybody will be entrenched in the next war. It will be a great war of entrenchments. The spade will be as indispensable to a soldier as his rifle. The first thing every man will have to do, if he cares for his life at all, will be to dig a hole in the ground. War, instead of being a hand-to-hand contest in which the combatants measure their physical and moral superiority, will become a kind of stalemate, in which neither army is able to get at the other, threatening each other, but never being able to deliver a final and decisive attack.
War would be “impossible” in the sense that it would be suicidal. Neither side would be able to gain a decisive advantage, battles along massive contiguous fronts would continue indefinitely.
Was Bloch suggesting that modern man had vanquished war by making it so deadly and terrible? Hardly. He argued that humans would be slow to realize the changes, and the results would be catastrophic.
At first there will be increased slaughter — increased slaughter on so terrible a scale as to render it impossible to get troops to push the battle to a decisive issue. They will try to, thinking that they are fighting under the old conditions, and they will learn such a lesson that they will abandon the attempt forever. Then, instead of war fought out to the bitter end in a series of decisive battles, we shall have as a substitute a long period of continually increasing strain upon the resources of the combatants. The war, instead of being a hand-to-hand contest, in which the combatants measure their physical and moral superiority, will become a kind of stalemate, in which neither army being willing to get at the other, both armies will be maintained in opposition to each other, threatening the other, but never being able to deliver a final and decisive attack …
That is the future of war — not fighting, but famine, not the slaying of men, but the bankruptcy of nations and the breakup of the whole social organization …
First World War generals don’t get much credit for their varied efforts to break the trench warfare deadlock, and later historians certainly piled on for the leaders’ collective failure to resolve the problem, but as Bret Devereaux pointed out, there was no easy solution. Artillery wasn’t the answer, nor were the famed German Stoßtruppen, nor the technical innovation of tanks, nor air power (either tactical or strategic). The technology of the day provide no one answer, but the leaders tried everything they could and the bleeding went on.
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March 24, 2023
From “railway spine” to “shell shock” to PTSD
At Founding Questions, Severian discusses how our understanding of what we now label “Post-Traumatic Stress Disorder” evolved from how doctors visualized bodily ailments over a century ago:
A shell-shocked and physically wounded soldier in the First World War.
I mentioned “shell shock” yesterday, so let’s start there. Medicine in 1914 was still devoted to the “Paris School,” which assumed nothing but organic etiology for all syndromes. Sort of a reverse Descartes — as Descartes (implicitly) “solved” the mind-body problem by disregarding the body, so the “Paris School” of medicine solved it by disregarding the mind. So when soldiers started coming back from the front with these bizarre illnesses, naturally doctors began searching for an organic cause. (That’s hardly unique to the Paris School, of course; I’m giving you the context to be fair to the 1914 medical establishment, whose resistance to psychological explanations otherwise seems so mulish to us).
They’d noticed something similar in the late 19th century, with industrial accidents and especially train crashes. When a train crashed, the people in the first few cars were killed outright, those in the next few wounded, but the ones in the back were often physically fine. But within a few hours to weeks, they started exhibiting all kinds of odd symptoms. Hopefully you’ve never been in a train crash, but if you’ve ever been in a fender-bender you’ve no doubt experienced a minor league version of this.I hit a deer on the highway once. Fortunately I was at highway speed, and hit it more or less dead on (it jumped out as if it were committing suicide), so it got thrown away from the car instead of coming through the windshield. The car’s front end was wrecked, naturally, but I was totally fine. I don’t think the seatbelt lock even engaged, much less the airbag, since I didn’t even have time to hit the brakes.
The next few hours to days were interesting, physiologically. It felt like my body was playing catch up. I had an “oh shit, I’m gonna crash!!!” reaction about 45 minutes after I’d pulled off to the side of the road, duct-taped the bumper back on as best I could, and continued to my destination. All the stuff I would have felt had I seen the deer coming came flooding in. Had I not already been where I was going, I would’ve needed to pull over, because that out of the blue adrenaline hit had my hands shaking, and my vision fuzzed out briefly.
The next morning I was sore. I had all kinds of weird aches, as if I’d just played a game of basketball or something. I assume part of it actually was the impact — it didn’t feel like much in the moment, but if it’s enough to crumple your car’s front end (and it was trashed), it’s enough to give you a pretty good jolt. That would explain soreness in the arms, elbows, and shoulders — a stiff-armed, white-knuckle grip on the steering wheel, followed by a big boom. But I was also just kinda sore all over, plus this generalized malaise. I felt not-quite-right for the next few days. Nothing big, no one symptom I can really put my finger on, but definitely off somehow — a little twitchy, a little jumpy, and really tired.
Having done my WWI reading, I knew what it was, and that’s when I really understood the doctors’ thought processes. I really did take some physical damage, because I really did receive a pretty good full-body whack. It just wasn’t obvious to the naked eye. And since everyone has experienced odd physical symptoms from being rattled around, or even sleeping on a couch or sprung mattress, it makes sense — the impact obviously jiggled my spine, which probably accounts for a great many of the physical symptoms. Hence, “railway spine”. And from there, “shell shock” — nothing rattles your back like standing in a trench or crouching in a dugout as thousands of pounds of high explosive go off around you. It must be like going through my car crash all day, every day.
Skip forward a few decades, and we now have a much better physiological understanding of what we now call (and I will henceforth call) Post-Traumatic Stress Disorder (PTSD). There’s a hypothesis that I personally believe, that “shell shock” is also a whole bunch of micro-concussions as well as “classic” PTSD, but let’s leave that aside for now. The modern understanding of PTSD is largely about chemistry. Cortisol and other stress chemicals really fuck you up. They have systemic physical and mental effects. If those chemicals don’t get a chance to flush out of your system — if you’re in a trench for weeks on end, let’s say — the effects are cumulative, indeed exponential.
Returning to my car crash: I was “off” for a few days because my body got a huge jolt of stress chemicals. That odd not-quite-right thing I felt was those chemicals flushing through. Had I gone to a shrink at that moment, he probably would’ve diagnosed me with PTSD. But I didn’t have PTSD. I had a perfectly normal physiological reaction to a big shot of stress chemicals. If I’d gotten into car crash after car crash, though, day in and day out, that would’ve been PTSD. I’d be having nightmares about that deer every night, instead of just the once. And all that would have cumulative, indeed exponential, effects.
He then goes on to cover similar physical reactions to stimuli in modern life, so I do recommend you RTWT.
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