The archers took to the field without pikemen.

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The archers took to the field without pikemen.
A fragment of a painting by contemporary artist Vladimir Kireev titled "Wall. Defense of Smolensk."


In the late 1550s, English observers in the retinue of the Muscovy Company's diplomatic missions reported seeing several thousand matchlock-equipped riflemen in formation in Moscow. weapons, and identified them as "arquebusiers." Only these were not arquebusiers. These were the Streltsy—an infantry unit that, by European standards, shouldn't have existed at all: without pikemen, without long spears to protect the archers from cavalry, with a short matchlock arquebus and a broad battle axe slung at the belt. A system that Europe would have considered suicidal worked in Moscow for a century and a half.



Why does Europe need a peak, but Moscow doesn't?


In the Spanish tercio, each company was assigned a strict ratio of combat arms: pikemen, swordsmen, arquebusiers, or musketeers. The proportions varied, but the logic remained ironclad. A pikeman with a five-meter pole was the only one who could hold back the attacking knight., while the shooter leisurely measured out the gunpowder and brought the smoldering fuse to the shelf.

The arquebus took about a minute to load, and even that minute proved critical: during that time, the armored cavalry had time to cross firing range. Without a pikeman, the arquebusier was doomed. Therefore, initially, there were at least three pikemen per arquebusier in a tercio, and only by the end of the 16th century did their proportions even out.

There were no pikemen at all in Moscow. The firearms infantry was built on a different principle, and this principle was dictated by the enemy.


The main enemy dictates the infantry structure


Until the second half of the 16th century, Moscow fought primarily against Tatar cavalry. The nomads didn't attack in a dense formation of men-at-arms—they would envelop them, fire with their bows, disperse, and then reassemble. Against this method, the pike is useless: there's no one to mount it on. However, the ability to fire from behind cover and quickly move that cover across the field is extremely useful.

Cavalry remained the primary arm of the Russian military. Local cavalry, armed with sabers, bows, and spears, decided the outcome of most battles, while infantry played a supporting role. Firearms were assigned to the infantry as an afterthought in this system, and this "secondary" infantry was given a task that infantry in Europe lacked— provide cover fire for the cavalry's actions.

The solution turned out to be un-European. Instead of a pikeman, there was a wooden wall on wheels.


Russian Streltsy were an infantry force of the 16th and 17th centuries, armed with firearms. The author is contemporary artist Andrei Bakulin.

Kazan, 1552. The first battle of the Streltsy


The reputation of the Streltsy army was born near Kazan. In 1550, Tsar Ivan Vasilyevich ordered the recruitment of three thousand arquebusier Streltsy and their settlement in a settlement near Vorobyovy Gory near Moscow. Six orders of 500 men each, led by:
  • Grigory Zhelobov-Pushechnikov;
  • Matvey Ivanovich Rzhevsky (nicknamed Clerk);
  • Ivan Cheremisinov;
  • Vasily Pronsky-Funikov;
  • Fedor Durasov;
  • Yakov Bundov.

There are discrepancies in the spelling of the names in the sources—here is the version according to A.V. Chernov. Two years later, this army first saw action.

Kazan was taken with difficulty. The city was a fortress of the first magnitude even by 16th-century standards, and the defenders had more than just bows and sabers. Firearms were widely used in the Kazan Khanate, and their arsenal was no worse than that of Moscow: light handguns, heavy mounted guns, mattresses firing grapeshot, and heavy cannons for fortress and field use. The citadel housed an armory with gunpowder reserves and a stock of weapons. Taking such a fortress head-on with cavalry was pointless.


"The Storming of Kazan in 1552." Artist: Viktor Bodrov

The Streltsy turned out to be the branch of the military the operation was designed for. They were assigned a task that the Russian infantry hadn't really had a chance to perform before— keep up continuous fire on the defenders of the walls, not allowing them to respond with either bows or arquebuses. The infantry sat in trenches, in ditches, and behind tur—wicker baskets filled with earth. From behind these shelters, the riflemen kept the walls under fire, and artillery The "outfit" hit the fortifications with breaching charges.

The scheme worked. Kazan fell on October 2, 1552, and the Streltsy took on a significant portion of the work of suppressing fire from the walls. This was the first time the new infantry proved its worth. Before Kazan, they had only been trained and paid. After Kazan, they were sent wherever a fortress needed to be taken.

Gulyai-gorod as a prefabricated fortress


While the Streltsy used ground fire under the walls of Kazan, in the open field they needed cover they could carry with them. This cover became walk-city — a mobile field fortification made of tall shields mounted on wheels or runners. The shields were joined together to form a wall, with loopholes in the wall, from which riflemen fired. The structure could be dismantled, transported, and reassembled. Essentially, it was a prefabricated wooden fortress that could be placed where needed and removed when no longer needed.


"The Battle of Molodi. Overcoming" by Viktor Matorin

The Battle of Molodi (July 28 – August 2, 1572) demonstrated the potential of this strategy. The army of the Crimean Khan Devlet Giray I was marching on Moscow and was met approximately 70 miles south of the capital, near the Rozhaika River. A gulyai-gorod was established on a hill, and the Crimean cavalry, in several assaults, broke against the wooden wall. The infantry fired from loopholes, the local cavalry pinned down the enemy in the field, and at the decisive moment on August 2, the Grand Regiment of Prince Mikhail Vorotynsky outflanked the Tatars and struck from the rear simultaneously with the sortie from the gulyai-gorod. The Crimean army was routed.

If a gulyai-gorod wasn't available, a cheaper solution was found. They used half-pikes mounted crosswise on a log to create portable barriers called forges. On Strelnikova Hill during the Second Chigirin Campaign of 1678, the Streltsy set up forges and brought command cannons. It was a 17th-century anti-cavalry hedgehog: a horseman wouldn't attack it, but they could fire from behind the log.


The arquebus is heavier and more powerful than the arquebus.


The gun itself in this design also differed from the European one. Foreigners who saw the arquebus recognized it as an arquebus, and technically they were correct: a smoothbore matchlock muzzle-loading gun. But the numbers differ.


The figures for the Russian arquebus are a composite of historians' data (V. E. Markevich, L. N. Denisova), with variations across samples from different workshops; estimates for the European arquebus are generalized from the literature. There are discrepancies across all parameters in the sources, and the values ​​provided should be understood as average guidelines, not as a tabulated standard.

The discrepancy is easily explained. The barrels were made by different workshops, each using their own templates. The barrels were forge-welded: a strip of iron was rolled around a rod and the seam was forged in the heat of the weld. In the central cities, where the Tsar's Streltsy were stationed, the weapons were heavier and more powerful. In the outskirts, they were lighter and simpler.

The effective range of a heavy arquebus was approximately 100–150 meters, but effective fire against a hardened target was typically conducted from fifty meters or closer. Most models simply lacked sights. The shooter kept the trajectory in mind, and the hit was ensured not by the accuracy of an individual, but by a massive volley from the formation.


Russian streltsy are armed with arquebuses, berdyshes and sabres.

Berdysh is an axe that replaced the pike.


If there is no peak, there must be something else. That “something” became berdysh — a battle axe on a long shaft with a wide, sickle-shaped blade. The shaft reached 170 cm, the blade 30 to 80 cm, depending on the type. It was a hybrid of an axe and a halberd.

Berdysh solved several problems at once:
  • Support for the arquebus. When stuck into the ground, it served as a support for the heavy barrel—the same role as a special bipod for a musket in Europe.
  • Hand-to-hand weapons. The halberd could be used for both chopping and stabbing.
  • Streltsy sign. The berdysh was worn outside of formation, and in the perception of contemporaries, it was this that distinguished the strelets from any other serving infantry.

One object, three functions, and all three are important.

Archaeologist Oleg Dvurechensky has demonstrated in recent works that it was in the Muscovite state that the berdysh became a widespread standard infantry weapon, its design adapted to streltsy tactics. Similar axes were also known in Poland and Scandinavia, but the Russian army made the berdysh a systemic weapon. An interesting detail: one of the first reliable references to berdysh among streltsy soldiers dates back to the defense of Pskov in 1581, and they were used not only on the walls. Texts from the late 16th and early 17th centuries indicate that the berdysh was a sortie weapon—it was carried alongside spears beyond the walls to counterattack the besiegers.

The berdysh became a standard weapon later, in the late 1650s, when regiments and detachments began to be armed with both muskets and berdyshes. Initially, the berdysh was intended to replace the sword or sabre, but after the 1670s, when the treasury became wealthier, strelets often carried both.


A line of three ranks and a leather sling


The Streltsy's firefighting tactics were as follows. The unit formed several ranks, usually three. The first fired a volley and crouched to reload, the second fired over it, and the third prepared. A complete matchlock loading cycle, including all operations, took one to two minutes, longer in unfavorable conditions, and without alternate lines, continuous fire was impossible. The rank, devised for the arquebus, took root in Russia unchanged—what changed was what stood in front of and behind the rank.

The rifleman's equipment was designed with the same engineering calculations as the formation itself. A leather sling was slung over the left shoulder— BerendeykaAttached to it were pre-loaded wooden cases—"chargers"—usually nine to fourteen, each containing measured portions of gunpowder. The shooter didn't pour the charge from the horn, but rather unscrewed the lid of each charger, poured the powder into the barrel, and then picked up the next one. At the bottom of the sling hung a powder flask for the priming powder, a bullet pouch, and a pouch for the match and wads. Everything was within easy reach, all in one motion.

What we see here is engineering hidden in leather and wood. The sling doesn't look complicated, but She saves seconds on each shot, and in formation these seconds add up to the number of volleys before the enemy reaches the halberds.


Steady fire and dagger range


To be deadly, a volley had to be fired at close range. The effective range of a squeaker, fifty meters, was not very long, and the rifleman needed the patience to let the enemy get close. The technique described in the sources was called with persistent fireThe unit held its position behind shields or slingshots, did not open fire prematurely, and fired almost point-blank.

Unlike European musketeers, Russian streltsy were required to combine two skills: firefighting from cover and hand-to-hand combat with a halberd when the enemy finally got close. This required different training and a different mentality—not a specialist in one form of combat, but a generalist capable of switching. Streltsy were recruited for money and a salary, and were housed in settlements; service was professional, not temporary conscription.

The English diplomat Giles Fletcher, who observed the Russian army in 1588, left an expressive remark: the Moscow Streltsy are shooting "not far, but strong" — that is, they aren't known for their long-range shooting, but they strike at close range with almost no misses. Their entire tactics fit into this single formula. Even their nomadic allies turned to the Streltsy for help: Nogai Bey Ismail, in a correspondence with Ivan the Terrible, requested that they send him several dozen Streltsy from the Astrakhan garrison—literally a handful of men, but with a certain reputation.

The streltsy army subsequently developed according to this logic: garrison duty on the southern borders, guarding abatis, sieges, and field battles. Almost none of Ivan the Terrible's major campaigns were completed without streltsy—the Livonian War, the defense against Crimean raids, the capture of Polotsk in 1563, and the Livonian campaign of 1577. Wherever it was necessary to fire from cover and finish the job with hand-to-hand combat, the streltsy proved a key force.

Why the scheme worked while the enemy was working


The Russian infantry system was built for a specific task - stop the steppe cavalry and support our own local cavalryAs long as the Tatars remained the main enemy, the scheme worked flawlessly. Gulyai-gorod was almost invulnerable to Crimean archers. The halberd, as a support and a melee weapon, saved hands and equipment. The heavy arquebus pierced armor where the arquebus could no longer.

Problems arose when the West became the main enemy, rather than the steppe. The Swedish and Polish infantry were structured differently: they had pikemen and linear tactics, and eventually, flintlock muskets with a better rate of fire. The gulyai-gorod performed worse against a regular European army than against Crimea. The berdysh was inferior in field combat against pikemen. It turned out that a scheme designed for one enemy does not transfer well to another., - and this concerned not only tactics, but also technology.

The Russian infantry began to reorganize as early as the 17th century, and this marked a paradoxical turning point. The Russian-style flintlock had been known in Rus' since the late 16th and early 17th centuries, but it was not widely adopted until the Time of Troubles and during the first half of the 17th century—the matchlock musket remained the primary weapon. Moreover, starting in the 1630s, Russia began purchasing matchlock muskets en masse from Europe for the regiments of the "new order," effectively abandoning its own flintlocks for regular field infantry. By the standards of linear technological development, this appears to be a setback, but in reality, it was a pragmatic choice. Throughout the 17th century, the matchlock remained more reliable than almost any flintlock, with the exception of the French battery type, which only arrived in Russia toward the end of the century. A cheap, easy-to-maintain, and reliable mass-produced system proved more important than technologically advanced individual rifles.

Peter the Great disbanded the Streltsy army after the uprisings. But the system, in which infantry was universally armed with firearms and worked in a line, remained—it was simply redesigned according to the Western model. Gulyai-gorod became a thing of the past, along with the steppe threat, and the berdysh, along with the Streltsy.

By the end of Feodor Ivanovich's reign, the Streltsy numbered, according to various estimates, between twelve and twenty thousand. For a century and a half, they remained the primary shock infantry of the Russian state—wherever a fortress needed to be taken with fire from cover and finished off with hand-to-hand combat. Without pikemen, they used a wooden fortress on wheels and a halberd, which combined support, weapon, and service symbol.

Sources and Literature
  • Chernov A. V. Armed forces of the Russian state in the 15th–17th centuries. Moscow, 1954.
  • Markevich V. E. Handguns. St. Petersburg, 2005 (reprint of the 1937 edition).
  • Denisova M. M., Portnov M. E., Denisov E. N. Russian weapons of the 11th–19th centuries. Moscow, 1953.
  • Dvurechensky O. V. Cold weapons of the Moscow state of the 15th – early 17th centuries. Moscow, 2015.
  • Fletcher J. On the Russian State. Moscow, 2002 (based on the 1591 edition).
  • Kurbatov O. A. Military story Russian Troubles beginning of the XVII century. M., 2014.
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  1. + 16
    April 28 2026 07: 35
    The solution turned out to be un-European. Instead of a pikeman, there was a wooden wall on wheels.

    And here the Hussites with their wagenburgs became tense...
    1. + 10
      April 28 2026 09: 22
      In fact, the use of wagons to create temporary fortifications has been known for a long time, almost since Scythian times. The Hussites made two very important advances. Their battle wagons were originally designed specifically for military use and were standardized. This provided a colossal advantage. And they mounted small-caliber artillery on them. However, this was only possible while they were supported by the wealthy city of Prague, for these structures were extremely expensive. And hundreds of them were needed.
    2. +2
      April 28 2026 12: 35
      Quote: doktorkurgan
      The solution turned out to be un-European. Instead of a pikeman, there was a wooden wall on wheels.

      And here the Hussites with their wagenburgs became tense...

      Take it wider. They made a whole portable fortress. It's called Sviyazhsk.
      1. 0
        April 29 2026 15: 34
        Not quite so. Sviyazhsk was not a portable fortress, but a collapsible one. In the winter of 1550/51, the walls, towers, and several churches were built near Uglich, then dismantled. All the logs were labeled, loaded onto ships, and shipped to the site in May. The completed structures were only enough for half the town and fortress. The rest was assembled on site within four weeks. The work was supervised by clerk Ivan Grigoryevich Vyrodkov.
    3. +2
      April 29 2026 00: 52
      Historical articles are interesting not only for their content but also because they motivate one to refresh old knowledge. Combat carts from the Hussite Wars were mentioned here. Their development, from the modernization of purely domestic and civilian vehicles to specialized combat systems, is repeated throughout the history of military technology to this day. We see this development even today, from civilian drones to purely combat devices.
      Features of war carts during the Hussite Wars
      1. Origin and design
      War carts (Czech: vozová hradba, German: Wagenburg) were modified rural carts adapted for defense and attack.
      Frame: wooden, reinforced with beams and iron strips.
      Shields: boards covered with leather or iron, with combat slots, were attached to the sides.
      Wheels: Often connected by chains or logs for stability.
      Height: 1,2–1,8 m – sufficient to provide shelter for infantry.

      2. Tactical application
      Defense: carts were placed in a circle or semicircle, forming a “wagenburg” – a mobile fortress.
      A combination of different weapons: the carts carried arquebuses, cannons (houfnice) and fighters with pikes.

      3. Organization and logistics
      The carts belonged to rural communities and urban militias.
      Management: "driver" (vozový) - a specialist trained to position and drive carts in battle.
      Repairs: Blacksmiths and carpenters worked on the battlefield - carts were repaired between battles.

      4. Advantages over a traditional army
      Characteristics of Hussite carts European knightly army
      Cost Low (ordinary carts were used) High (horses, armor)
      Preparation of the Week (peasants → fighters) Years (knightly education)
      Resistance to cavalry High Low
      Mobility Average (required roads) High (but only on flat terrain)

      5. Cart-based victories
      Battle of Vitkovskaya Mountain (1420)
      Battle of Aussig (1426)
      Battle of Tachov (1427)

      The evolution of Hussite war cart design—from a simple rural cart to a high-tech combat vehicle for its time—with an emphasis on the development of wheels, bodywork, and protective equipment.

      Hussite war carts (vozová hradba - "cart wall") went through three key stages of development:
      1. Reworked regular cart → 2. Reinforced combat cart → 3. Specialized combat wagon.

      Stage 1: Remaking an ordinary rural cart (1419–1420)
      Source object:
      — Ordinary rural carts for transporting hay, grain, and equipment.
      — Two-wheeled, with a wooden frame, without sides or with low wooden sides.

      Major modifications:

      Element Change Purpose
      Wheels: Reinforcement of axles with iron hoops; replacement of wooden spokes with thicker ones; sometimes the addition of metal spikes for traction on the ground. Stability on uneven terrain, prevention of breakage during sudden stops.
      Body Lengthening and deepening the bottom; tying logs or planks to the sides Increasing the volume for transporting ammunition and infantry; creating a basic shelter
      Protection: Nailing thick boards covered with raw leather or wet skins to the sides. Protection from arrows, fragments and partial braking of firearms.
      Feature: The carts were not fastened together - they were used as individual shelters.
      Example: Battle of Vitkovská Mountain (1420) – the Hussites used 200–300 of these converted carts.

      Stage 2: Reinforced War Cart (1421–1425)
      Source: Experience in battles against the Crusaders revealed weaknesses: carts easily overturned, their sides were pierced by arrows, and their wheels broke during abrupt maneuvers.

      Key engineering improvements:
      Wheels Transition to a four-wheel design (instead of two); reinforcement of the axles with iron rods; double wheels on the rear axle to distribute the load Stability when firing cannons; prevention of tipping; the ability to pull a cart with 4-6 oxen
      Body: The appearance of high sides (1,2–1,8 m) made of thick oak planks; internal partitions for separating zones (artillery, infantry, ammunition); the bottom is sloped to drain water and snow. Improved protection; organization of the combat space; durability in rainy weather.
      Protection Iron plates on corners and vulnerable areas; filling the sides with layers of cotton wool, wet wool and clay; movable shields with fighting slots; lower protective casing to protect the wheels Protection from crossbow bolts, cannonballs and scorched arrows; reduced risk of fire

      Stage 3: Specialized Battle Wagon (1426–1434)
      Objective: To create a mobile artillery platform and combat unit capable of conducting an offensive.

      Improvements that turned the cart into a fighting machine:

      Element Specialized design Functional purpose
      Wheels: Metal rims (iron/bronze); axles with bearings made of wood and grease (animal fat); removable wheels for quick repairs. Increased speed (up to 8 km/h in combat); the ability to change a wheel in 2–3 minutes.
      Body: Assembled frame made of hinged boards; sliding panels for changing the configuration of embrasures for defense or attack; built-in platform for a cannon; Possibility of quick transformation: from a “wall” to an “open platform”.
      Protection: Two-layer armor: outer layer - iron plates (3-5 mm), inner - felt + clay; shields with combat slots; protective "aprons" under the wheels; fire-resistant coatings (lime mortar with straw) Protection from arquebuses, cannons and incendiary shells; prevention of arson during a "fire squall"
      In 1423, at the Battle of Ústí nad Labem, the sides of the carts withstood more than 15 direct hits from cannonballs without being damaged.
      The wet straw and leather absorbed the impact energy.
      Axles: from simple beams to stable, unloaded systems
      Element Before modernization After modernization Functional value
      Material Single beam Double beam made of oak, with iron bushings in the places of attachment of wheels Increase in service life by 3-4 times
      Fixation to the body Simple fastening with nails Tongue-and-groove system with metal staples, shock-absorbing leather pads Reduction of vibration when firing - important for the accuracy of guns
      Length 2,2–2,5 m 2,8–3,2 m Increased track width – better stability when firing heavy guns
      Bearings No - wood on wood Iron bushings with oil impregnations (a mixture of fat and resin) Reduced friction, the possibility of long-term movement (up to 15 km/day)
      An engineering breakthrough: The Hussites were the first in Europe to use liquid-lubricated plain bearings on military carts—200 years before European artillery in the 17th century.

      Decking: From Rough-Laid Planks to Fire Platform
      Element Before modernization After modernization Functional value
      Construction Simple planks nailed to joists Sectioned decking: - Front part - for guns (reinforced frame) - Central - for pikes and arquebuses - Rear - for ammunition and loaders Optimizing space, preventing overloading
      Reinforcement No Iron cross beams, double layer of oak under the guns Absorbs recoil from guns (up to 50 kg of force per shot)
      Open floor Removable panels with openings for hand cannons Possibility of shooting down and to the side - against enemies who are flanking
      Ballast - Bags of sand or rocks on the rear of the deck Balance the weight of the guns at the front - prevent tipping
      Tactical advantage: The decking allowed for quick weight redistribution—when switching from defense to attack, the guns were moved forward and the sandbags were moved back.
      1. +3
        April 29 2026 00: 53
        Embrasures: from slits to intelligent firing points
        This is the most revolutionary innovation of the Hussites.

        Element Before modernization After modernization Functional value
        Form Simple gaps between boards Systematized embrasures: - Round - for guns (diameter 10-15 cm) - Flat, horizontal - for arquebuses - Vertical slots - for crossbows and spears Precise aiming, recoil protection, preventing hits to the side
        Design No protection Sliding wooden/iron shutters with internal shields The embrasure can be closed after a shot - protection from return fire
        Guidance Manual, by eye Rotating brackets made of wood and iron (“goose necks”) Allowed the gun to be rotated 60–90° without moving the cart
        Classification - Types of embrasures by purpose: - A1 - for howitzers (upper, at an angle of 30–45°) - A2 - for arquebuses (horizontal, 2-3 per cart) - A3 - for spears (lower, hidden) Coordination of fire by levels: Tier 1 - Cannons (Long Range) 2nd - arquebus (medium) 3rd - spears (close)
        Key discovery: The embrasures were not just holes, but integrated firing points, with spare barrels, loading trays and smoke exhaust systems – through small slits in the roof of the cart.

        Example: The cart from the Battle of Tábor (1422) had 7 embrasures:

        1 - for howitzer (A1)
        3 - for arquebuses (A2)
        2 - for crossbows (A3)
        1 - hidden for copies (A3-bottom)
        All embrasures were marked to allow for quick replacement of shooters and reloading.

        Key invention: The houfnice gun, the world's first howitzer, was mounted on a special mount in the center of a cart.
        Example: The cart at the Battle of Aussig (1426) carried 3 cannons, 12 arquebuses and 20 picares - and moved forward as a single tactical unit.

        Comparative table of evolution
        Element Rural Cart (1419) Reinforced Cart (1423) Specialized Cart (1430)
        Wheels: Wooden, 2 pcs., without reinforcement. Iron hoops, 4 pcs., double. Metal rims, removable, with bearings.
        Body Low sides, no partitions High oak sides, partitions Prefabricated frame, sliding panels, platform for gun
        Protection Leather, boards Iron plates, felt Double-layer armor, fire-resistant coatings, aprons
        Mobility Low Medium High (in combat)
        Combat Role: Shelter, Defensive Wall, Offensive Artillery Platform
        Value
        Europe's first "mobile engineering protection" system - the precursor to tanks and armored personnel carriers.
        Application of standardization: carts were built according to uniform designs in city workshops (Prague, Pilsen, České Budějovice).
        Weapons integration: The cart became a platform for firearms, not just a shelter - this is a revolution in military affairs.

        Their evolution from a simple cart to a specialized combat vehicle with improved wheels, a fortress-like body, and multi-layered protection is an example of popular military engineering that was half a century ahead of European armies.

        Development of weapons used from Hussite war carts (1419–1434)
        The Hussites didn't just use carts for cover—they transformed them into mobile artillery and firing platforms, revolutionizing military affairs. The evolution of weapons paralleled the improvement of the cart itself.

        Stage 1: The Beginning of the Uprising (1419–1420)
        Tactics: Defense, ambushes, repelling attacks of the crusaders.
        Weapons on carts:

        Weapon Type Description Notes
        Bows and crossbows The main weapon of the infantry. They fired through slits in the sides; high rate of fire, but low penetrating power.
        Spears and pikes For close combat They were installed on the sides of carts as a “fence” - against cavalry
        Stones and boiling water were thrown from carts onto the attackers; primitive, but effective against dense ranks
        Light firearms Rare hand cannons (píšťala) Ancient, unstable, required 2–3 people to load; rarely used
        Feature: The weapons were disjointed and not integrated into the design of the cart.
        Example: Battle of Vitkovská Mountain (1420) – the Hussites used up to 500 crossbows and 200 pikes.

        Stage 2: Tactical Breakthrough (1421–1425)
        Tactics: Formation of a "cart wall" (vozová hradba) - a mobile defensive line.
        Key innovations in weapons:

        Weapon Type Description Notes
        Arquebus The first cannon in Europe, specially adapted for a cart. It fired stone or lead balls (up to 1–2 kg); range up to 300 m.
        Improved crossbows with metal bowstrings and mechanical tensioners ("rope winches") Increased penetration power to 100-150 m; could penetrate armor
        Mixed projectiles: Stones + nails + metal fragments Created a "rain of fragments" - effective against cavalry
        Fireballs Burning mixtures (sulfur, lard, resin) in clay vessels were launched through ballistas or simply thrown; they caused panic in horses
        Gun mounts The first special carriages made of wood and iron for a cart Allowed the gun to be quickly aimed and reloaded
        🔧 Innovation: Introduction of the houfnice, the world's first howitzer capable of firing at a 45° angle.
        Tactics: The cannon on the cart fired along a lofted trajectory, not head-on, and tore apart dense formations.

        Stage 3: Mobile artillery (1426–1434)
        Tactics: Transition to offensive warfare - the carts moved forward as a single combat unit.
        Advanced Weapons:

        Weapon Type Description Notes
        Standardized howitzers Up to 3 guns per cart; caliber 80–120 mm Loaded with gunpowder from bags attached to the cart; loading time – 30–45 seconds
        Repeating arquebuses Multiple barrels rotating on a rotating platform Predecessors of "musket wheels"; allowed for a "volley of fire"
        Gunpowder bombs Metal or clay projectiles with an internal charge Exploded on impact - the first high-explosive shells in Europe
        Cannonballs with fragments Lead cannonballs with embedded nails Increased the striking area - analogous to "shot"
        Fire shields Small hand cannons mounted on infantry shields Used to open the sides of a cart for attack
        Firing order Cyclic volley: 1st line - cannons → 2nd - arquebuses → 3rd - crossbows The first coordinated fire cycle in history
        Example: Battle of Aussig (1426) - 150 carts with 450 cannons and 1200 arquebuses defeated the crusaders in 2 hours.
        Damaging effect: One volley from a cart could destroy up to 30 horsemen.

        Comparison Chart: Evolution of Cart Weapons
        Year Primary Weapon Type Rate of Fire Range Features
        1419–1420 Bows, crossbows, spears Mechanical High 100–150 m Scattered, defensive
        1421–1425 Arquebuses, howitzers, fire shells Mixed Medium 200–300 m Integration into a cart, first fire cycle
        1426–1434 Standardized howitzers, repeating arquebuses, high-explosive shells Firearms Moderate Up to 400 m Tactical mobility, attack, coordination
        Technological and historical significance
        The first systematically used artillery carts in Europe - the predecessors of tanks and self-propelled guns.
        The howitzer (houfnice), the first weapon with a wide aiming angle, became the prototype of modern artillery.
        The Fire Cycle is the first ever coordinated fire strike tactic.
        The mass production of weapons for carts is the first example of military industrialization in the Middle Ages.
        Gunpowder became the core of tactics – previously it had been used as a “miracle”; the Hussites made it the basis of the battle order.
        Conclusion:
        The Hussites didn't just arm carts; they invented modern fire tactics.
        Their weapons on carts were the first mobile artillery system in European history, preceding the armies of Germany, France and Italy by 50–70 years.
        1. +2
          April 29 2026 01: 00
          Afterword.
          There are no short comments. A lot of material is being accumulated.
          Materials from Czech sources may slightly exaggerate the merits of this system, but the genesis is interesting - the complication and development of the technical solution.
          There are some reading difficulties—tables don't fit, and the pleasant coherence of the text has suffered; after all, it's mostly short abstracts. But it might be of interest to some readers.
  2. + 12
    April 28 2026 07: 40
    Unlike the European musketeers

    Musketeers in Spanish tercios were also quite capable of engaging in hand-to-hand combat when necessary, as they had swords. Pikemen in Europe were trained to withstand the attacks of heavy armored cavalry; once they disappeared, so did the pikes. And the gulyai-gorod wasn't effective against the Europeans for the obvious reason that they had field artillery. For precisely the same reasons, the extremely successful Hussite experience of fighting over battle wagons wasn't replicated—they simply began to dismantle them with cannons.
    1. +1
      April 28 2026 11: 09
      Quote: paul3390
      Musketeers in Spanish tercios also took part in hand-to-hand combat.

      In fact, they were the ones who actually participated. While the pikemen held the line, the musketeers, having fired their weapons, could easily duck under the enemy's pikes and stab someone in the legs or somewhere else with their swords.
      The film "Captain Alatriste" shows this very clearly.
      1. +5
        April 28 2026 11: 25
        This is a highly controversial point. Because while you're crawling around on all fours, you're going to get poked a hundred times with something sharp and unpleasant. And you'll be damned if you can defend yourself in that position. I seriously doubt anyone ever did this. At least, I don't recall any mention of it in the writings of contemporaries of those events.
        1. +2
          April 28 2026 13: 46
          A pikeman won't poke. His hands are full. Only he's just as nimble. But there couldn't be many of them. That kid in the movie isn't a pikeman or a musketeer. He's a special forces recruit and a hired killer. He has specific skills.
  3. + 12
    April 28 2026 07: 51
    In the Russian army, such soldiers were called spearmen[3], regiments of spear formation, who, on the battlefield, with their decisive actions[4] ended the battle (fight). They first appeared in Russia in 1550, under Tsar Ivan the Terrible, when he established a regular army of streltsy[1].
  4. + 11
    April 28 2026 07: 53
    "Understand also how a spearman, who receives double pay, should wield a spear, and hold it gracefully and gracefully. I could also simply mention which spears are better, but I need only dwell on that a bit, for they are not readily available in all lands, and ash wood is better than spruce or other woods. The ends of the spears should be bound with iron strips, at least two, five spans long, so that neither horse nor foot can cross the spears. The longer the strips, the stronger and more reliable the spearman will be. And I consider a spear a finger's width to be the best. In my opinion, even square-shaped ones are good against mounted ones, but I give everyone freedom as they see fit. A spearman needs full cuirass, but not so heavy, as in the old days, that he would need little more than a donkey to carry it, like the Westphalian cuirass with bellies. And I consider the newer designs, which are now more common, to be better: the collar should be light and not heavy, and the cuirass should be no lower than the waist, and should be tight to the body everywhere, not like the former ones with large bellies, which are more suitable for pregnant women than for soldiers, and cause more damage than a year's wear. "And the bracers, I give them freely to everyone, and it's impossible to criticize them, only if they're not too expensive. And when they're not the right size, they're more likely to cause loss than gain, and are useful against horsemen, who can powerfully defend themselves from cuts, and in assaults, and in other situations. And the armor that extends from the waist to the knee is short, so as not to hinder galloping while walking or running. And spearmen should have iron caps to protect them from cuts, stones, arrows, and other misfortunes. But there's no need to write much about this, because the best examples of armor are in the German land, which I'll show later. Now go and teach spearmen how to wield a spear beautifully and effectively against both enemies and friends."
    Valhausen on pikemen
    (Russian translation from the 17th century, in this case quite accurate)
    1. +1
      April 28 2026 18: 56
      Taken from Viskovaty, sorry for the quality.
  5. +5
    April 28 2026 08: 56
    In the mid-17th century, France found a solution to the low rate of fire of the weapons of the time: they adopted the bayonet (which could be inserted into the barrel when needed). By the end of the 17th century, Europe began using a bayonet with a tube that could be inserted into the barrel, allowing firing with the bayonet attached. Now the shooter was ready for combat even if he hadn't had time to load the weapon.
  6. Fat
    +5
    April 28 2026 09: 27
    hi Mounted archers' tactics are characterized by the use of high-angle fire. This method allows them to strike enemy concentrations even behind cover. The only significant drawback is the limited ammunition. Therefore, using a gulyai-gorod in an open field does not guarantee victory for the defenders, but it does increase their chances of success.
    I'm very curious what the riflemen did to counter the "rain of arrows" from the overhead fire. Did they angle the shields of the gulyai-gorod?
    1. 0
      April 28 2026 11: 16
      "The only significant drawback is the limited ammunition"—the arrow's low stopping power is no less of a drawback. An archer is dangerous only at close range, up to 100 meters, or even less. Archers won't let them get close enough.
      1. Fat
        +1
        April 28 2026 12: 56
        Strelets have a limited rate of fire, and hitting moving targets with a matchlock arquebus is a real challenge. The author writes that Strelets fired from fifty meters away, or even point-blank... Usually in a volley.
        A mounted archer fires from a lofty angle, with a steep trajectory of 45+ degrees, gravity taking into account the wind, at a distance that is almost the maximum for a arquebus.
        The casualty count is not in favor of handguns.
        1. +2
          April 28 2026 13: 51
          1. Archers, like bowmen, shoot not at a single target, but at a group of enemies. Their shooting accuracy is comparable, with firearms being superior. Whether the target is moving or not is irrelevant in this case.
          2. The killing power of a bullet is always greater than that of an arrow, and the distance from which the shot was fired was the decision of the commanding officers.
          3. From a psychological point of view, volley fire is always more frightening than single fire from either archers or arquebusiers.
          4. As for overhead archery, the killing power, on the contrary, decreases with increasing flight height of the arrow, and does not increase; this is physics.
          5. The numerical ratio of the opponents, their training, and the abilities of their commanders are of great importance.
          I've cited the Battle of Carrhae as an example more than once on VO. Until the Romans ran out of water, the Parthians couldn't defeat them. And the Romans had no firearms.
          1. Fat
            0
            April 28 2026 15: 53
            The firing range of a composite bow in a lofted position is up to 175 meters, depending on the bow's design, weather conditions, and the shooter's skill level. The lethal range of a smoothbore arquebus with a bullet is about 100 meters, and with buckshot, less. I'll leave the importance of numerical superiority and the commander's talent outside the scope of this post.
            1. Fat
              -1
              April 28 2026 16: 02
              UPDATE.
              Turkish composite bows (retroflex) had an arrow flight range of 400–500 meters. The longest-range record was set by Turkish Sultan Selim III at a competition in Istanbul in 1798, with a shot of 889 meters.
              1. The comment was deleted.
              2. 0
                April 28 2026 17: 48
                We need to compare comparable things and things of the same period.
              3. +2
                April 28 2026 17: 55
                Conan Doyle's novel "The White Company" beautifully describes a shooting contest between a crossbowman and an archer. The archer won, but how! I'm not talking about the novel's reliability as a source of knowledge, but about the description of the contest. Read it, you won't regret it.
            2. +2
              April 28 2026 17: 44
              "The firing range of a composite bow with a canopy is up to 175 meters," "The lethal range of a smoothbore arquebus with a bullet is about 100 meters" - you are considering different parameters, but I have always written about lethal range.
        2. +5
          April 28 2026 15: 34
          Quote: Thick
          Streltsy have a limited rate of fire, and hitting moving targets with a matchlock arquebus is a challenge. The author writes

          The author doesn't mention that the Streltsy loaded their arquebuses not only, and not so much, with bullets as with "rez" (small lead rods chopped with an axe). They could load them "three rez" per grivenka (that is, three "bullets"), and also added two or three round bullets "for killing," meaning a whole rain of lead would fly out of the barrel, and this would inevitably catch someone. Incidentally, that's why our rifles were so heavy—the barrels were overweight, for strength. Even pistols were loaded with three to five bullets!
          1. +2
            April 28 2026 22: 09
            Defoe wrote about this: Robinson Crusoe, preparing for battle, loaded several bullets into his weapon.
  7. +5
    April 28 2026 09: 56
    The regiments of the new (foreign) order also included spearmen (pikemen).
  8. +1
    April 28 2026 11: 18
    with a wide battle axe on his belt

    Is this by any chance about the berdysh?

    But the question of whether berdyshes were used instead of the supports of heavy arquebuses remains open.
    1. +2
      April 28 2026 12: 40
      Hardly like a sabre. If you look at a typical strelets from Gorelik, for example, the strelets had: a pishchal, a berdysh, a sabre. An iron helmet was optional.
      Berdysh is more like a short halberd.
    2. +1
      April 28 2026 14: 22
      The berdysh was a battle axe with a long shaft and a wide, sickle-shaped blade. The shaft reached 170 cm.
      Too long to support.
      1. +1
        April 28 2026 19: 04
        It is quite possible to use it, taken from Viskovaty.
        1. 0
          2 May 2026 20: 32
          This 19th-century picture proves little. It's hard to imagine how strelets, both on campaign and in battle, could handle both a arquebus and a halberd.
      2. 0
        April 29 2026 19: 23
        Quote: Energetik39
        Too long to support.

        If you stick it 20-30 centimeters into the ground, it’s completely normal.
        1. 0
          April 30 2026 15: 30
          The end of the berdysh shaft has a special sharpened tip for pushing into the ground; it's clearly visible in the picture. The shaft can only be driven 20-30 cm into the ground with a sledgehammer.
          1. 0
            April 30 2026 20: 06
            Quote: Sergey Valov
            At the end of the berdysh shaft there is a special pointed tip for supporting it in the ground; it is clearly visible in the picture.

            The berdysh in the picture is unlikely to be 170 cm long, but even if it were, the shaft (or handle, I'm not sure which is correct) is clearly shorter and allows for shooting from a rest, if you hold the berdysh with the arquebus attached to it in one hand. As is depicted in most drawings these days. In that case, of course, you wouldn't need to stick it deep into the ground.

            Quote: Sergey Valov
            And the shaft can only be driven 20-30 cm into the ground with a sledgehammer.

            It depends on the soil. On most soils of the East European Plain, especially on arable land or meadows, it's not difficult to drive a shaft with a metal tip 20 cm into the ground. 30 cm is more difficult, but still possible, but not necessary. Perhaps even 20 cm isn't necessary, although holding the arquebus with both hands is highly recommended for firing.
            1. +1
              April 30 2026 21: 40
              "It's not that hard to drive a metal-tipped pole 20 cm into the ground" – I've been doing this on my property for over 20 years, so I'm writing what I'm confident in. Try driving a shovel handle 20 cm into the ground yourself without a sledgehammer. It might work in a freshly dug garden bed, but not in uncultivated soil. I wouldn't even try to drive metal pipes into uncultivated soil 20 cm deep without a sledgehammer.
              1. 0
                April 30 2026 23: 45
                Quote: Sergey Valov
                Try to push a shovel handle 20 cm into the ground without a sledgehammer.

                A halberd with a metal tip and blade is more like a crowbar. How hard is it to stick a crowbar 20 cm into a knife? I'm not talking about one hit; one and a half or two will do the trick. Three, of course, is too much for the enemy; you might even get a gallop or a run. laughing In general, you should consider the weight; perhaps even 15 cm would be reliable. 10 cm is too low unless you hold it with your hand.
  9. +2
    April 28 2026 14: 53
    And I still have questions.
    How did the smoke from the shots fired by the first and second ranks affect the vision of the third? Didn't particles of burning gunpowder rain down the back of the first rank's neck? And how can you control riflemen who've had a couple of 15-20mm turret rounds fired right over their ears?
    1. +3
      April 28 2026 18: 10
      In the Gulyai-gorod, only one rank fired while the others reloaded. In the open, three ranks didn't fire simultaneously; drums served as control. As for smoke, given the rapid fire of the time, it was only seen in the movies. The soldiers' formation in reality wasn't as close together as in films and paintings, but much less dense.
  10. +2
    April 28 2026 17: 35
    So, as I understand it, the images were created by a neural network? recourse
    1. +1
      April 28 2026 18: 26
      I saw a picture of a Strelets sleeping while standing guard at the Strelets Chambers Museum in Moscow. Naturally, I'll remind you of the artist. There are quite a few similar pictures in that museum.
      1. +6
        April 28 2026 18: 58
        This one, yes. And behind it...
        In the second-to-last picture, in the foreground, there's a rifleman holding a saber, apparently loading it. His second saber is in its sheath, and it's unclear how the axe is held on his shoulder. I won't even mention how the rifles and halberds are held in the second rank.
        In the last picture, the archer with a perfect fantasy berendeyka (maybe he hides flasks in them?) has a saber on his belt with an axe on the handle
        Hello! belay
        1. +3
          April 28 2026 19: 07
          I agree, imagination rules!
    2. +2
      April 28 2026 18: 30
      Well, not all of them. Three unattributed illustrations. But they're clear and pretty.
      Finding decent images for articles is the biggest headache. They should be on-topic, informative, and not overused. Incidentally, I wrote a request on the site to all people of good will: please mark AI works. Due to their quality and realism, while being incorrect, they confuse readers. Especially in the news. There was Trump with a model of a battleship in front of the audience... It's not right to mislead people.
      1. +2
        April 29 2026 06: 32
        Quote: balabol
        The biggest headache for articles is finding decent images. They should be on-topic, informative, and not overused.

        Yes, and a very big one at that. But VO readers still deserve such effort!
        1. +3
          April 29 2026 12: 30
          I agree, "proper" illustrations liven up an article and convey a good deal of information. I posted a couple of comments above about Hussite battle carts. Without pictures, the material is unattractive and will only be viewed by enthusiasts.
          1. 0
            April 29 2026 15: 04
            A few illustrations on the topic. The Taborites are the same as the Hussites.