Crossbow - Revision history

Sdhjk at 18:15, 9 September 2025

2025-09-09T18:15:33Z

← Older revision		Revision as of 18:15, 9 September 2025
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	==Use in warfare==		==Use in warfare==
	A major advantage of crossbows over regular bows is that because they're fired using a mechanism instead of depending on human strength to hold the bow in a ready-to-fire position, user fatigue is not such a huge factor. Additionally, the heavier crossbows could generate more force than most humans thanks to the pulley systems used to cock the string and shoot heavier bolts, resulting in greater penetration of the target. Possibly its biggest advantage is that it was easier to train the use of a crossbow than bows since the weapon's operation is much less taxing and they could have sights.		A major advantage of crossbows over regular bows is that because they're fired using a mechanism instead of depending on human strength to hold the bow in a ready-to-fire position, user fatigue is not such a huge factor. Additionally, the heavier crossbows could generate more force than most humans thanks to the pulley systems used to cock the string and shoot heavier bolts, resulting in greater penetration of the target. Possibly its biggest advantage is that it was easier to train the use of a crossbow than bows since the weapon's operation is much less taxing and they could have sights. Essentially, their pluses are reminiscent of those of early [[Firearm]]s - except, crossbows are weaker than firearms, but still stronger than bows.

	As relatively easy as they are to use, however, the main drawback with crossbows is that they require a wider range of resources and skills to manufacture due to the mechanisms involved. Crossbows also generally have a lower rate of fire than bows. At best, a crossbowman can get off about eight shots a minute. More powerful arbalest crossbows that used windlasses could manage about three shots a minute, but could store more energy than a human could physically pull back with bare hands. For these reasons crossbows excel in a siege situation where the ranges are long and you can duck into cover easily while you're reloading. And since sieges tended to be drawn-out affairs anyway, reload time wasn't as necessary.		As relatively easy as they are to use, however, the main drawback with crossbows is that they require a wider range of resources and skills to manufacture due to the mechanisms involved. Crossbows also generally have a lower rate of fire than bows. At best, a crossbowman can get off about eight shots a minute. More powerful arbalest crossbows that used windlasses could manage about three shots a minute, but could store more energy than a human could physically pull back with bare hands. For these reasons crossbows excel in a siege situation where the ranges are long and you can duck into cover easily while you're reloading. And since sieges tended to be drawn-out affairs anyway, reload time wasn't as necessary.

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2A02:1810:4E2C:A900:B1DB:DD21:1188:2216 at 14:47, 7 June 2023

2023-06-07T14:47:32Z

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2607:FB91:749:23F:8DD2:BA3C:8799:3A7C: /* Loading Mechanisms */ From Mike Loades’ “The Crossbow” book on Google Books.

2023-05-23T17:59:35Z

Loading Mechanisms: From Mike Loades’ “The Crossbow” book on Google Books.

← Older revision		Revision as of 17:59, 23 May 2023
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	*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.		*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.

	*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body with both your arms. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. ~~Very~~ common for field portable bows and mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.		*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body with both your arms. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. While not extremely widespread in 14th Century warfare due to the belt and hook being much cheaper, it was fairly common for field portable bows used in defensive roles and for mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.

	*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. Still in use for sporting crossbows used in shooting competitions. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.		*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. Still in use for sporting crossbows used in shooting competitions. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.

152.23.195.95: historical accuracy edit

2023-05-22T13:09:47Z

historical accuracy edit

← Older revision		Revision as of 13:09, 22 May 2023
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	The '''crossbow''' is named for its cross-shaped design, as it is basically a [[Bows and Arrows\|bow]] (in technical terms, called a prod) perpendicularly mounted on a stock (alternatively called a tiller) that uses a locking trigger mechanism to hold and fire either a specialized arrow (called a bolt or quarrel) or a small spherical stone or lead bullet (the latter usually being used for hunting). Bolts are arrows with a shorter shaft, and could range from being lighter than an average arrow to several times heavier. It operates on the same principle as the traditional bow in that a tough bowstring is pulled back to store potential energy in the bow which upon release of the string transfers it to a projectile.		The '''crossbow''' is named for its cross-shaped design, as it is basically a [[Bows and Arrows\|bow]] (in technical terms, called a prod) perpendicularly mounted on a stock (alternatively called a tiller) that uses a locking trigger mechanism to hold and fire either a specialized arrow (called a bolt or quarrel) or a small spherical stone or lead bullet (the latter usually being used for hunting). Bolts are arrows with a shorter shaft, and could range from being lighter than an average arrow to several times heavier. It operates on the same principle as the traditional bow in that a tough bowstring is pulled back to store potential energy in the bow which upon release of the string transfers it to a projectile.

	While historians are unsure who first made the crossbow, the earliest known crossbows were found in [[China]] around 700 to 500 BCE. During the Warring States period, crossbows became a preferred ranged weapon of Chinese armies due to ease of use for conscripts and the use of crossbows certainly aided in the rise of the Qin Dynasty and the beginning of Imperial China. The Greeks and Romans experimented with hand-held crossbows, but they never made extensive use of them, opting instead to make extensive use of ballistae (basically a crossbow scaled up to the size of an artillery piece that usually shoots stones instead of arrows). The Chinese of these times, on the other hand, had crossbows of all types and shapes, from one-handed repeating crossbows that were capable of launching dozens of (fairly weak, but often poisoned) arrows per minute to absurdly heavy ones designed to be drawn by one's legs and launched arrows the size of small javelins which were tipped with gunpowder-filled bombs, having a destructive power comparable to siege engines. (To put that second variation in perspective, they were rendered obsolete by ''multiple rocket launchers''. Yes, you read that right.) Crossbows began to see widespread use in Europe around 1000 CE, coinciding with the emergence of crossbows with steel bow sections, more commonly called arbalests.		While historians are unsure who first made the crossbow, the earliest known crossbows were found in [[China]] around 700 to 500 BCE. During the Warring States period, crossbows became a preferred ranged weapon of Chinese armies due to ease of use for conscripts and the use of crossbows certainly aided in the rise of the Qin Dynasty and the beginning of Imperial China. The Greeks and Romans experimented with hand-held crossbows, but they never made extensive use of them, opting instead to make extensive use of ballistae (basically a crossbow scaled up to the size of an artillery piece that usually shoots stones instead of arrows (not really, completely different basic mechanism)). The Chinese of these times, on the other hand, had crossbows of all types and shapes, from one-handed repeating crossbows that were capable of launching dozens of (fairly weak, but often poisoned) arrows per minute to absurdly heavy ones designed to be drawn by one's legs and launched arrows the size of small javelins which were tipped with gunpowder-filled bombs, having a destructive power comparable to siege engines. (To put that second variation in perspective, they were rendered obsolete by ''multiple rocket launchers''. Yes, you read that right.) Crossbows began to see widespread use in Europe around 1000 CE, coinciding with the emergence of crossbows with steel bow sections, more commonly called arbalests.

	The difference between a bow and a crossbow is that a bow's string needs to be pulled back and held by the user while aiming, while a crossbow has a mechanism that locks the bowstring in a readied state and only requires the user to operate the trigger to release the bolt upon sighting their target. The trigger mechanism evolved over time, as did aids for drawing the crossbow's string. The weight or size of the crossbow was the main determinant of the specific mechanisms it used, as light crossbows could be reset by hand, but heavier versions could end up needing levers or crank-operated windlasses to pull back and cock the string, and tended to use more robust release mechanisms due to the increased stress involved.		The difference between a bow and a crossbow is that a bow's string needs to be pulled back and held by the user while aiming, while a crossbow has a mechanism that locks the bowstring in a readied state and only requires the user to operate the trigger to release the bolt upon sighting their target. The trigger mechanism evolved over time, as did aids for drawing the crossbow's string. The weight or size of the crossbow was the main determinant of the specific mechanisms it used, as light crossbows could be reset by hand, but heavier versions could end up needing levers or crank-operated windlasses to pull back and cock the string, and tended to use more robust release mechanisms due to the increased stress involved.

2607:FB90:6FF7:C05A:408F:7F72:C4F6:3BFC: /* Types of Crossbows */

2022-06-13T02:07:53Z

Types of Crossbows

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	* '''Polybolos''': Roughly meaning “multi-bolt thrower” in Greek and also known as a "repeating ballista," the Polybolos more often resembles a big crossbow than a ballista since the arms are fixed to the "stock" and don't twist around to fire it, though some versions do use arms wedged into tense bundles of twisted ropes like regular ballistae. The repeating ballista was fired by turning a wheel connected to a chain drive forward to cock it, then turning it the other way to load it again from a hopper on top of the stock and fire it. Assuming the operator is standing on the left side of the weapon, turning the wheel at the back of the crossbow counterclockwise pushed a sliding plank called the mensa (like that from the gastrophetes/oxybeles) forward. Once driven forward sufficiently, the latch claws at the back of the plank are triggered by a forward-placed lug into holding the drawstring in place. Then, turning the wheel clockwise drew the drawstring back as the plank slides backwards. At the same time, the motion of the plank drives a screw threaded pole (in contact with the plank by a block with a sliding nut) to rotate and load a bolt via a built-in notch on the rod) onto the body of the plank from the hopper on top. Pulling the wheel back to the very end will bump the latch against another lug that triggers the latch into releasing the drawstring and firing the bolt.		* '''Polybolos''': Roughly meaning “multi-bolt thrower” in Greek and also known as a "repeating ballista," the Polybolos more often resembles a big crossbow than a ballista since the arms are fixed to the "stock" and don't twist around to fire it, though some versions do use arms wedged into tense bundles of twisted ropes like regular ballistae. The repeating ballista was fired by turning a wheel connected to a chain drive forward to cock it, then turning it the other way to load it again from a hopper on top of the stock and fire it. Assuming the operator is standing on the left side of the weapon, turning the wheel at the back of the crossbow counterclockwise pushed a sliding plank called the mensa (like that from the gastrophetes/oxybeles) forward. Once driven forward sufficiently, the latch claws at the back of the plank are triggered by a forward-placed lug into holding the drawstring in place. Then, turning the wheel clockwise drew the drawstring back as the plank slides backwards. At the same time, the motion of the plank drives a screw threaded pole (in contact with the plank by a block with a sliding nut) to rotate and load a bolt via a built-in notch on the rod) onto the body of the plank from the hopper on top. Pulling the wheel back to the very end will bump the latch against another lug that triggers the latch into releasing the drawstring and firing the bolt.

	* '''Chinese "Nu" crossbow''': the Chinese version of the crossbow is noticeably different from the European crossbow which had a power stroke (drawing span) of about 7 inches, used a rolling nut latch held in place by a sear pushed by a long horizontal lever-like trigger mounted in the middle of the stock, and used prods (bow pieces) made from simple wood, composite, and later ~~with~~ metal. In contrast, the Chinese crossbow had a power stroke of about 21 inches, used a complicated two-piece vertical trigger at the very back of the stock (held together by tension and two pins at the very end of the stock) inside a pistol grip mount, and used wood or composite prods (often salvaged from recurve bows and constructed for conscripts to use ''en masse'' instead of drilling archery skills into them). Due to the longer power stroke, the bolts fired by the Chinese bows (usually with draw weights of 380 lbs) were launched with comparable performance to an average European windlass crossbow (with a draw weight of 1,500 lbs), assuming all other factors are equal. However, the Chinese crossbows themselves were rather large, cumbersome, and had to be reloaded with just stirrup rings, belt hooks, and/or gloves.		* '''Chinese "Nu" crossbow''': the Chinese version of the crossbow is noticeably different from the European crossbow which had a power stroke (drawing span) of about 7 inches, used a rolling nut latch held in place by a sear pushed by a long horizontal lever-like trigger mounted in the middle of the stock, used short and heavy bolts, and used prods (bow pieces) made from simple wood, composite, and later metal. In contrast, the Chinese crossbow had a power stroke of about 21 inches, used a complicated two-piece vertical trigger at the very back of the stock (held together by tension and two pins at the very end of the stock) inside a pistol grip mount, fired full length arrows, and used wood or composite prods (often salvaged from recurve bows and constructed for conscripts to use ''en masse'' instead of drilling archery skills into them). Due to the longer power stroke, the bolts fired by the Chinese bows (usually with draw weights of 380 lbs) were launched with comparable performance to an average European windlass crossbow (with a draw weight of 1,500 lbs), assuming all other factors are equal. However, the Chinese crossbows themselves were rather large, cumbersome, and had to be reloaded with just stirrup rings, belt hooks, and/or gloves.

	* '''Chu-Ko-Nu''': literally meaning “Zhuge’s Crossbow;" classical legend associated it with a Chinese strategist named Zhuge Liang (2nd Century AD). Alternatively known as the "Lian Nu" (repeating crossbow), it's also known as the "Chinese repeating crossbow" and is one of the more common types of specialty crossbows seen in fiction. In reality, it was invented during the Warring States Period (4th Century BC) in the State of Chu. The term "repeating crossbow" brings to mind some bastard combination of Assault rifle and crossbow, which it kinda is and is not. Without doubt, this thing could fire quickly; trained soldiers could loose ten bolts in fifteen seconds before having to reload. Chu-ko-nus were limited to hip fire, giving you almost [[ork]]-tier accuracy in exchange for an appreciable volume of fire. In layman's terms, it's the same as being restricted to hip-firing a pump action shotgun with the trigger permanently welded in the fire position. Additionally because you were pulling the string back one-handed, the bolts had a lot less penetration power than those of a regular crossbow. However, the bolts (which fell down onto the stock from a hopper mounted on top) were often poisoned to make up for that (as seen with the [[Drow]], who make use of the weapon extensively). Now, no matter how potent the poison on your bolt is, you're not gonna kill a man instantly with a scratch. On the battlefield, however, causing enough pain to make a person go into shock is as good as killing them outright, and poison can deliver pain in spades. The downside was you had next to no luck piercing good quality armor or even thick leather clothing. Historically there are two known designs for the repeating crossbow:		* '''Chu-Ko-Nu''': literally meaning “Zhuge’s Crossbow;" classical legend associated it with a Chinese strategist named Zhuge Liang (2nd Century AD). Alternatively known as the "Lian Nu" (repeating crossbow), it's also known as the "Chinese repeating crossbow" and is one of the more common types of specialty crossbows seen in fiction. In reality, it was invented during the Warring States Period (4th Century BC) in the State of Chu. The term "repeating crossbow" brings to mind some bastard combination of Assault rifle and crossbow, which it kinda is and is not. Without doubt, this thing could fire quickly; trained soldiers could loose ten bolts in fifteen seconds before having to reload. Chu-ko-nus were limited to hip fire, giving you almost [[ork]]-tier accuracy in exchange for an appreciable volume of fire. In layman's terms, it's the same as being restricted to hip-firing a pump action shotgun with the trigger permanently welded in the fire position. Additionally because you were pulling the string back one-handed, the bolts had a lot less penetration power than those of a regular crossbow. However, the bolts (which fell down onto the stock from a hopper mounted on top) were often poisoned to make up for that (as seen with the [[Drow]], who make use of the weapon extensively). Now, no matter how potent the poison on your bolt is, you're not gonna kill a man instantly with a scratch. On the battlefield, however, causing enough pain to make a person go into shock is as good as killing them outright, and poison can deliver pain in spades. The downside was you had next to no luck piercing good quality armor or even thick leather clothing. Historically there are two known designs for the repeating crossbow:

2607:FB90:6FF4:7A06:A450:282B:AF5A:16C8: /* Loading Mechanisms */

2022-05-05T15:25:17Z

Loading Mechanisms

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	Because later crossbows were often too tough to simply pull back unaided, a number of devices were invented to allow the wielder rearm the crossbow via pulling back the string (in a process called spanning). The device used usually depended upon the draw weight of the bow, as heavier bows would require more advanced devices that required more time to pull back.		Because later crossbows were often too tough to simply pull back unaided, a number of devices were invented to allow the wielder rearm the crossbow via pulling back the string (in a process called spanning). The device used usually depended upon the draw weight of the bow, as heavier bows would require more advanced devices that required more time to pull back.

	*'''Gloves and Stirrup''': Generally leather or some other material, good quality gloves (or some tough callouses) can save one some finger or palm bleeding from trying to pull it by the old fashioned way. Talking from experience, if one is to do it this way, put your entire upper back, legs, and arms into it, and then pull. The user placed both feet on either the bow's span on each side of the stock or in the stirrup ring attached to the crossbow head. Modern hunting crossbow crossbows often use this alongside a sliding cord of rope attached to free floating hooks and handles. The most common loading mechanism in popular culture besides the cranequin and windlass. First appearance: 700 to 500's BCE. Mechanical advantage: 1 to 1. Maximum draw weight: 150-300 lbs.		*'''Gloves and Stirrup''': Generally leather or some other material, good quality gloves (or some tough callouses) can save one some finger or palm bleeding from trying to pull it by the old fashioned way. Talking from experience, if one is to do it this way, put your entire upper back, legs, and arms into it, and then pull. The user placed both feet on either the bow's span on each side of the stock or in the stirrup ring attached to the crossbow head. Modern hunting crossbow crossbows often use this alongside a sliding cord of rope attached to free floating hooks and handles for hunters to pull in a pulley configuration. The most common loading mechanism in popular culture besides the cranequin and windlass. First appearance: 700 to 500's BCE. Mechanical advantage: 1 to 1. Maximum draw weight: 150-300 lbs.

	*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.		*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.

2607:FB90:6FF4:7A06:A450:282B:AF5A:16C8: /* Loading Mechanisms */

2022-05-05T15:23:52Z

Loading Mechanisms

← Older revision		Revision as of 15:23, 5 May 2022
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	Because later crossbows were often too tough to simply pull back unaided, a number of devices were invented to allow the wielder rearm the crossbow via pulling back the string (in a process called spanning). The device used usually depended upon the draw weight of the bow, as heavier bows would require more advanced devices that required more time to pull back.		Because later crossbows were often too tough to simply pull back unaided, a number of devices were invented to allow the wielder rearm the crossbow via pulling back the string (in a process called spanning). The device used usually depended upon the draw weight of the bow, as heavier bows would require more advanced devices that required more time to pull back.

	*'''Gloves and Stirrup''': Generally leather or some other material, good quality gloves (or some tough callouses) can save one some finger or palm bleeding from trying to pull it by the old fashioned way. Talking from experience, if one is to do it this way, put your entire upper back, legs, and arms into it, and then pull. The user placed both feet on either the bow's span on each side of the stock or in the stirrup ring attached to the crossbow head. The most common loading mechanism in popular culture besides the cranequin and windlass. First appearance: 700 to 500's BCE. Mechanical advantage: 1 to 1. Maximum draw weight: 150-300 lbs.		*'''Gloves and Stirrup''': Generally leather or some other material, good quality gloves (or some tough callouses) can save one some finger or palm bleeding from trying to pull it by the old fashioned way. Talking from experience, if one is to do it this way, put your entire upper back, legs, and arms into it, and then pull. The user placed both feet on either the bow's span on each side of the stock or in the stirrup ring attached to the crossbow head. Modern hunting crossbow crossbows often use this alongside a sliding cord of rope attached to free floating hooks and handles. The most common loading mechanism in popular culture besides the cranequin and windlass. First appearance: 700 to 500's BCE. Mechanical advantage: 1 to 1. Maximum draw weight: 150-300 lbs.

	*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.		*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.
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	*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body with both your arms. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. Very common for field portable bows and mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.		*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body with both your arms. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. Very common for field portable bows and mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.

	*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.		*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. Still in use for sporting crossbows used in shooting competitions. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.

	*'''Lever-Action''': Alternatively called "Self-Cocking" or "Self-Spanning" crossbows. These generally use hinged or sliding levers embedded into the crossbow body. The user unlocks a catch holding the hinge firm before folding open the half of the crossbow body to catch the drawstring on a latch before pulling it back to the trigger to arm the crossbow. Unlike the Asian equivalent in the Chu-Ko-Nu, these did not have a top magazine. This enabled users to aim after loading and pulling a trigger to shoot at the cost of having to load the bolt by hand. Besides the Scottish Border Reivers' latchet crossbow in the 1600's, two noted examples are Martin Löffelholz's armbrust design in the Codex Löffelholz and Da Vinci's Rapid-fire Crossbow in the Codex Atlanticus (the Balestra Veloce). While [[Awesome\|impressive]], lever-action crossbows were never mainstream or famous due to being weaker than regular crossbows and due to being invented during the transition to gunpowder weapons in the 1500's Renaissance. First appearance: 1500's. Mechanical advantage: up to 25 to 1. Maximum draw weight: 220 - 300 lbs.		*'''Lever-Action''': Alternatively called "Self-Cocking" or "Self-Spanning" crossbows. These generally use hinged or sliding levers embedded into the crossbow body. The user unlocks a catch holding the hinge firm before folding open the half of the crossbow body to catch the drawstring on a latch before pulling it back to the trigger to arm the crossbow. Unlike the Asian equivalent in the Chu-Ko-Nu, these did not have a top magazine. This enabled users to aim after loading and pulling a trigger to shoot at the cost of having to load the bolt by hand. Besides the Scottish Border Reivers' latchet crossbow in the 1600's, two noted examples are Martin Löffelholz's armbrust design in the Codex Löffelholz and Da Vinci's Rapid-fire Crossbow in the Codex Atlanticus (the Balestra Veloce). While [[Awesome\|impressive]], lever-action crossbows were never mainstream or famous due to being weaker than regular crossbows and due to being invented during the transition to gunpowder weapons in the 1500's Renaissance. First appearance: 1500's. Mechanical advantage: up to 25 to 1. Maximum draw weight: 220 - 300 lbs.
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	*'''Windlass''': Alternatively called the "Winch." Like the cranequin, this was a winding device, but it also came with a bulky pulley system that was mounted to the back of the crossbow. As a result, this was a tremendously powerful spanning system at the expense of needing a lot of time to arm. Along with the cranequin, this was one of the strongest crossbow loading methods. Contrary to popular culture, it was more often used on large, heavy crossbows for stationary battles like trench warfare or sieges like modern anti-tank guns. On the other hand, usage on open battlefields (behind pavise shields) for support artillery wasn't unheard of. First appearance: 1400’s. Mechanical advantage: ~160 to 1. Maximum draw weight: 1500 lbs+ (limited by time and bow strength).		*'''Windlass''': Alternatively called the "Winch." Like the cranequin, this was a winding device, but it also came with a bulky pulley system that was mounted to the back of the crossbow. As a result, this was a tremendously powerful spanning system at the expense of needing a lot of time to arm. Along with the cranequin, this was one of the strongest crossbow loading methods. Contrary to popular culture, it was more often used on large, heavy crossbows for stationary battles like trench warfare or sieges like modern anti-tank guns. On the other hand, usage on open battlefields (behind pavise shields) for support artillery wasn't unheard of. First appearance: 1400’s. Mechanical advantage: ~160 to 1. Maximum draw weight: 1500 lbs+ (limited by time and bow strength).

	*'''Cranequin''': Also called the "Rack and Pinion," this device used gears and a crank to wind up the bowstring, requiring multiple turns to pull it all the way back. The device slid onto lugs mounted on the stock or a taunt noose that gripped the stock. After being used, it was removed before loading and firing. Along with the windlass, this was one of the strongest crossbow loading methods. Contrary to popular culture, it was more often used on large, heavy crossbows for stationary battles like trench warfare or sieges like modern anti-tank guns. Having said that, usage on mounted crossbowmen with lighter crossbows and by footmen on open battlefields (behind pavise shields) for artillery support wasn't unheard of. First appearance: 1500's. Mechanical advantage: ~600 or 840 to 1. Maximum draw weight: 2000 lbs+.		*'''Cranequin''': Also called the "Rack and Pinion," this device used gears and a crank to wind up the bowstring, requiring multiple turns to pull it all the way back. The device slid onto lugs mounted on the stock or a taunt noose that gripped the stock. After being used, it was removed before loading and firing. Along with the windlass, this was one of the strongest crossbow loading methods. Contrary to popular culture, it was more often used on large, heavy crossbows for stationary battles like trench warfare or sieges like modern anti-tank guns. Having said that, usage on mounted crossbowmen with lighter crossbows and by footmen on open battlefields (behind pavise shields) for artillery support wasn't unheard of. Some modern hunting crossbows use a built-in winch version inside the stock with a foldable handle. First appearance: 1500's. Mechanical advantage: ~600 or 840 to 1. Maximum draw weight: 2000 lbs+.

	==Types of Crossbows==		==Types of Crossbows==

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Loading Mechanisms

← Older revision		Revision as of 15:20, 5 May 2022
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	*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.		*'''Stirrup and Belt Hook''': Most crossbows you see have a stirrup ring towards the front end for putting your foot through to hold it steady. Combined with a belt worn around the waist with a hook attached to it, the wielder could use their whole body, rather than just their arms, to arm the crossbow. Could also use a belt-attached pulley configuration to lessen the strength to draw. First appearance: 1200's. Mechanical advantage: about 2 or 1 to 1 (depending on whether using pulley configuration). Maximum draw weight: 320-450 lbs.

	*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. Very common for field portable bows and mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.		*'''Goat's Foot Lever''': This was a fairly simple detachable metal lever (colloquially known as gaffles) that gave the user more leverage when pulling back the string. Composed of a rod attached to two curved prongs and two hinged hooks, with a shape reminiscent of a goat's foot (hence the name). Mount on two metal lugs on the body's sides near the trigger, pull drawstring back in one motion via two hinged hooks, place folded lever back on belt via hooked handle or belt bag, load the bolt on the crossbow, and then shoot. This could arm the crossbow in a single smooth motion with the lever's curved prongs making the drawing force decrease as the spanning distance increases. Lighter versions can be spanned from horseback or while standing. The heavier ones would require you to put your foot in the stirrup while kneeling and bracing it against your shin as you pull the lever back. Another more advanced method of using it involved spinning the lever via its hinged hanging hook on your belt so it was upside down; mounting the crossbow to the prongs while flipping the trigger away from your body before resting the stirrup ring on your thigh; and then pulling the stock towards your body with both your arms. The technique permitted you to rearm without taking the lever off your belt but was cumbersome without practice. Very common for field portable bows and mounted crossbowmen. First appearance: Between 1300's to 1400's. Mechanical advantage: from 5 up to 30 to 1 (depending on how far the lever is pulled). Maximum draw weight: 550 lbs.

	*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.		*'''Gaffe Lever''': Another form of gaffle tool derived from the goat's foot lever, the gaffe lever consisted of a two piece wooden lever held by a hinge and attached to the stirrup ring via metal hook. The user pushed down on the lever to push the drawstring into the trigger before removing it. More associated with nobles' hunting or shooting clubs than with military arsenals after gunpowder weapons appeared in the 1500's during the Renaissance. First appearance: 1500's. Mechanical advantage: up to 30 to 1. Maximum draw weight: 400 lbs.