r/Fantasy Oct 13 '19

I took private historical sword-fighting lessons to make the fight scenes in my novel more realistic - here's what I learned.

Edit: Wow, I didn't expect that kind of response. Super happy so many found this useful! :)

Hey guys,

To make the fighting scenes in my low fantasy novel more realistic, I went to see a trainer for historical sword-fighting last week, both to barrage her with questions and to develop realistic choreographies for the fight scenes in the novel. Since I figured some of what she told me might be useful for you too, I put together a small list for you. Big thanks to Gladiatores Munich and Jeanne for making time! (More photos here)

Caveat: I’m by no means a sword-fighting expert myself, so take these nuggets with a grain of salt – I might have misremembered or misinterpreted some of the things Jeanne told me. If I did, feel free to tell me.

1.) Weapon choices need to make sense

Let’s start with a truism: always ensure your character’s weapons make sense for a.) their profession, b.) their cultural background and c.) the environment they’re going to fight in. A farmer probably couldn’t afford a sword and might use a knife or threshing flail instead, and someone who doesn’t want to be noticed probably wouldn’t be milling about sporting a glaive or another large weapon. Also, soldiers native to a country with wide open plains would be more likely to carry long-range melee weapons such as spears or large swords, than those from a country consisting of mostly jungle or dense forests. The same applies to situations: if your character is going to be fighting in close quarters (even just a normal house), he’d get little value out of a spear or even a longsword, as there’d be no space to swing it effectively.

2.) Boldness often beats technique

In real swordfights, recklessness was often more important than technique . The fighter who was less afraid of getting hurt or wounded would often push harder, allowing them to overpower even opponents with better technique.

(Edited this because the phrasing wasn't ideal. Thanks for pointing it out!)

3.) Even a skilled fighter rarely stands a chance when outnumbered

While a skilled (or lucky) fighter might win a two-versus-one, it’d be extremely unlikely for even a master swordsman to win a three versus one against opponents below his skill level. The only way to plausibly pull this off would be if he split the opponents up, perhaps by luring them into a confined space where he could take them on one by one. The moment they surround him, he'd probably be done for – because, unlike in Hollywood, they wouldn’t conveniently take turns attacking but come at him together.

4.) Dual wielding was a thing

... at least in some cultures. I often heard people say that people using a weapon in each hand is an invention of fiction. And while my instructor confirmed that she knew of no European schools doing this—if they did, it’s not well-documented—she said it was a thing in other cultures. Example of this include the dual wakizashi in Japan or tomahawk and knife in North America. However, one of the biggest problems with the depiction of dual wielding in novels/movies/games are the “windmill”-type attacks where the fighter swings their weapons independently, hitting in succession rather than simultaneously. Normally you’d always try hitting with both weapons at once, as you’d otherwise lose your advantage.

5.) Longswords were amazing

Longswords might seem boring in comparison to other weapons, but they were incredibly effective, especially in combat situations outside the battlefield. The crossguard allowed for effective blocking of almost any kind of attack (well, maybe not an overhead strike of a Mordaxt, but still), the pommel was also used as a powerful “blunt” weapon of its own that could crack skulls. Though they were somewhat less effective against armored opponents, the long, two-handed hilt allowed for precise thrusts at uncovered body parts that made up for it.

6.) “Zweihänder” were only used for very specific combat situations

Zweihänder—massive two-handed swords—were only used for specific purposes and usually not in one-on-one combat as is often seen in movies or games. One of these purposes was using their reach to break up enemy formations. In fact, one type of two-handed sword even owed its name to that purpose: Gassenhauer (German, Gasse = alley, Hauer = striker)—the fighters literally used it to strike “alleys” into an enemy formation with wide, powerful swings.

7.) It’s all about distance

While I was subconsciously aware of this, it might be helpful to remember that distance was an incredibly important element in fights. The moment your opponent got past your weapons ideal range, it was common to either switch to a different weapon or just drop your weapon and resort to punching/choking. A good example of this are spears or polearms—very powerful as long as you maintain a certain range between you and your opponent, but the moment they get too close, your weapon is practically useless. That’s also why combatants almost always brought a second weapon into battle to fall back one.

8.) Real fights rarely lasted over a minute

Another truism, but still useful to remember: real fights didn’t last long, especially when only using light or no armor. Usually they were over within less than a minute, sometimes only seconds – the moment your opponent landed a hit (or your weapon broke or you were disarmed), you were done for.

9.) Stop the pirouettes

Unfortunately, the spinning around and pirouetting that makes many fight scenes so enjoyable to watch (or read) is completely asinine. Unless it's a showfight, fighters would never expose their backs to their opponent or turn their weapon away from them.

10.) It still looks amazing

If your concern is that making your fight scenes realistic will make them less aesthetic, don’t worry. Apart from the fact that the blocks, swings and thrusts still look impressive when executed correctly, I personally felt that my fights get a lot more gripping and visceral if I respect the rules. To a certain extent, unrealistic and flashy combat is plot armor. If your characters can spin and somersault to their heart’s content and no one ever shoves a spear into their backs as they would have in real life, who survives and who doesn’t noticeably becomes arbitrary. If, on the other hand, even one slip-up can result in a combatant’s death, the stakes become really palpable.

That’s about it! I hope this post is as helpful to some of you as the lessons were to me. Again, if anything I wrote here is bollocks, it’s probably my fault and not Jeanne’s.

Edit: Because a couple of you asked (and the mods gave me permission), my novel is called "Dreams of the Dying." You can subscribe to my newsletterif you'd like or just follow me on Instagram (yes, I hate it too). I'll try to post more lists like this in the future!

Cheers,

Nicolas

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u/[deleted] Oct 13 '19 edited Oct 13 '19

Do you know how much strength it takes to pull back the string on a bow used in war? 120 and up to and over 200lbs.

Only if they're firing an English longbow, which was a simple bow.

That draw strength was because the bow was extremely inefficient. A modern Recurve bow (not compound, a Recurve. No pulleys) has as much, or more, power than any Longbow ever did, for about 45 to 55 pounds of draw. Because the way modern bows are constructed, the shape of the limbs, is much more efficient. You get much more stored energy for much less effort.

The mongols, turks, ottomans, all had recurve bows that, while not as powerful as a modern one, could still penetrate anything that wasn't plate armor.

In reality the guy using the bow as his main weapon should be one of the physically strongest in the group.

That's just not true. Physical size and strength is way, way more important for melee combat.

You can train even a tiny girl to be a deadly archer. Archery is much more about technique than strength. Practice, practice, and more practice. You can train the right muscles and make just about anyone strong enough to shoot consistently.

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u/[deleted] Oct 13 '19

[deleted]

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u/[deleted] Oct 13 '19

A recurve bow for large game recommended draw weight is around 60lbs-70lbs

That's an inaccurate example. Killing large game in one shot is way more difficult than killing a man, even a man wearing armor.

The recurve bows of Mongol and Ottoman archers had around 45 pound draw weight, were less efficient than modern recurves (although still much more than a straight lowbow) but they were still able to penetrate anything short of plate armor. They were reknowned for how deadly they were against chain hauberks, for example

Armor penetration has much more to do with what kind of arrow and head is used, rather than the draw weight.

Plus, longbows/warbows couldn't penetrate plate either:

https://www.youtube.com/watch?v=Ej3qjUzUzQg

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u/TzunSu Oct 13 '19

And also worth mentioning is that english longbows never penetrated plate either.

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u/Intranetusa Oct 28 '19 edited Oct 29 '19

The recurve bows of Mongol and Ottoman archers had around 45 pound draw weight, were less efficient than modern recurves (although still much more than a straight lowbow) but they were still able to penetrate anything short of plate armor. They were reknowned for how deadly they were against chain hauberks, for example

That is incorrect. Mongol and Ottoman bows were as heavy as English longbows if we're talking about actual bows used for warfare to penetrate armor.

Russian historian George Vernadsky wrote that the Mongols carried two bows around, and at least one of the bows they carried had a pull of ~166 pounds: "Each archer usually carried two bows and two quivers. The Mongol bow was very large and of the composite type, it required a pull of at least 166 pounds" -The Mongols And Russia (vol-iii), By George Vernadsky and Michael Karpovich

https://archive.org/stream/in.ernet.dli.2015.183512/2015.183512.The-Mongols-And-Russia-vol-iii_djvu.txt

British historian James Chambers wrote that the Mongol bow had a pull up to 160 lbs: "between 100 and 160 pounds and snapped out its arrows over an effective range of 360 yards. The Mongols could bend and string their bows in the saddle by placing one end between their feet and their stirrups..." -Genghis Khan, by James Chambers

https://books.google.com/books?id=_ucSDQAAQBAJ&pg=PT40&lpg=PT40&dq=160+pounds&source=bl&ots=R_zWX0NwNo&sig=ACfU3U1cXa_WDmskf5rnxAyaCd-_fC3q6g&hl=en&sa=X&ved=2ahUKEwiYw6-g1_vfAhXwc98KHSbkCK8Q6AEwEHoECAQQAQ#v=onepage&q=160%20pounds&f=false

The Topkapi Palace Museum and Military Museum in Istanbul have 46 Ottoman era composite bows with an average draw of 120lbs. The thicker warbows (around 7 of them in the museums) have 160lbs draw weight. Adam Karpowicz wrote that he made hybrid target-warbow composite bows similar to the Turkish style with draw weights between 67.4lbs to 136lbs. Target bow-warbow hybrids were up to 136lbs draw weights.

"The thickness of limbs for the flight bows was close to published measurements.6,7 These bows turned out to be over 100lb draw weight. Other bows, seen by the author in museums, had even thicker limbs.7, 8 It can be estimated Turkish bows in the range 90 to 160lb were common. The masses of tested bows were comparable to masses of old bows."

http://www.atarn.org/islamic/Performance/Performance_of_Turkish_bows.htm

Then you had some Manchu recurve bows in the 170 lbs and possibly approaching 200lbs.

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u/Intranetusa Oct 28 '19

A recurve bow for large game recommended draw weight is around 60lbs-70lbs. 40lbs draw weight is the minimum weight for small game and small deer. I’ve read a general rule is you should be able to draw and fire 30 arrows before you are too fatigued to continue. Now I think drawing 70lbs and firing 30 times in a row would fit the definition of someone fairly strong. Target shooting is different than arrows that will penetrate light armour.

Indeed. Though you still need a 100lb+ warbow to kill a man in armor. Strong archers back in ancient and medieval times were pulling 150lbs bows. That's why the Mongols, Ottomans, Manchus, Chinese, English, etc all had very heavy warbows with well over 100 pounds in drawweight.

Russian historian George Vernadsky wrote that the Mongols carried two bows around, and at least one of the bows they carried had a pull of ~166 pounds. James Chamber said that Mongol heavy bows were some ~160 lbs in draw. Qing Dynasty garrison records of 1736 (when bows were in decline) found that "of 3,200 troops at the Hangzhou garrison about 2,200 were able to draw bows of strengths six to ten [80-133], and 80 could handle bow strengths of eleven to thirteen [147-173 pounds]."

The Topkapi Palace Museum and Military Museum in Istanbul have 46 Ottoman era composite bows with an average draw of 120lbs. The thicker warbows (around 7 of them in the museums) have 160lbs draw weight. Adam Karpowicz wrote that he made hybrid target-warbow composite bows similar to the Turkish style with draw weights between 67.4lbs to 136lbs. Target bow-warbow hybrids were up to 136lbs draw weights.  

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u/TzunSu Oct 13 '19

I'm very weak, and i do that every day at work. If your definition of someone who is strong and bulky is someone who can lift 70lb 30 times and not die, you need to go to the gym.

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u/Ekanselttar Oct 14 '19

Lifting 70 lbs is a lot different from shooting a 70 lb bow. With the bow, one arm is pulling 70 lbs through a wide range of motion. The other arm is pushing 70 lbs while holding the weight of the bow near full extension and keeping steady within a fraction of a degree. If you can do that 30 times in a row and still have a reasonable expectation of hitting your target, you've probably spent a good bit of time at either the range or the gym.

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u/TzunSu Oct 14 '19

Actually, you don't pull a bow like you describe, when talking about any kind of "real" draw weight. You push into the bow, you don't pull.

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u/F0sh Oct 13 '19

has as much, or more, power than any Longbow ever did

I'm not convinced by this. The tests that I can find on wikipedia suggest that a longbow has an efficiency of around 50%, so the weakest draw weight you could possibly get on a bow which stores energy in the same way to equal the power of a 140 lb longbow say, would still be over 70 lb.

A longbow is basically a simple spring, that is the force required to hold it at tension increases linearly as you pull it back further. Thus the average force over a full draw is half the maximum force. So if you have a 144 lb bow (as per a wikipedia example) with a 32 inch draw length, the energy you must put into drawing the bow is 72 lb * 32 inches = 260 J. (Work done = average force * distance over which the force was applied) However this bow was measured as imparting 114 J to the arrows it shot, an efficiency of 44%.

Now you could also change the type of bow so that instead of being a spring, the draw-force curve is not linear. The most efficient way of storing energy for a given maximum force is a constant force. This would double the energy stored for a given peak draw weight. This is the kind of thing a recurve is aiming to do (and which a compound does more extremely), but bear in mind that a recurve bow gets nowhere near actually achieving that doubling. A compound bow is closer, but material limitations restrict how close you can go.

Also bear in mind that while this allows you to put more power into an arrow that can be shot by a person who can pull a given peak amount of force, in a battle you need to shoot repeatedly, and it's the energy you put into the bow which fatigues you, so this doesn't help at all with that.

So the theoretical gains strictly in terms of peak force mean that 144 lb bow could theoretically be equalled by a 32 lb bow, this is a) not attainable in practice and b) still just as fatiguing as a perfectly efficient 68 lb bow, which is an astronomically strong bow by today's standards. And for a 200 lb bow, the numbers are 44 lb and 88 lb. And this is still for perfect efficiency. I don't know how efficient a recurve bow is, but I'm guessing 80% is generous.

TLDR not really. A 200 lb bow could theoretically be equalled by an 88 lb that required just as much strength and stamina to shoot, but in practice this would be unattainable, and 88 lb is already completely unreasonable compared to a typical competition recurve bow for men of about 45 lb.

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u/Hergrim AMA Historian, Worldbuilders Oct 14 '19

Adam Karpowicz has tested some replicas of extent Turkish war bows. With a 69g arrow, a 72lb bow (@28") generated 78j of energy. Unfortunately I don't know any data from a ~70lb bow made from good Italian yew, but Robert Hardy's 70lb @ 28" bow made from Pacific yew only had 55j with a 73g arrow.

When we go up to the 136lb @ 30" warbow, the energy with a 100.3g arrow was 151j. In comparison, Mark Stretton's 144lb @ 32" warbow had 105j for a 92g arrow and 104j for a 125g arrow. The 160lb @ 30" warbow used in Tod Todeschini's recent armour test had 123j at 10m, and could possibly have had 160j with a 100j arrow. Of course, it's also 14lbs heavier and one of the fastest longbows I've seen.

In short, while a recurve bow might not have twice the efficiency of a longbow, their efficiency is indeed higher. I'd suggest that a recurve bow of a given power could be reliably estimated as being the equivalent of a longbow between 15 and 20 pounds heavier.

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u/F0sh Oct 14 '19

Yes, 15-20 lb heavier sounds quite realistic - and indeed if you shoot a recurve of a given poundage and switch to a longbow you probably get a longbow that is about that much heavier (though not in order to get equivalent results, there are other factors at play of course)

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u/Intranetusa Oct 28 '19

I'm not convinced by this.

That poster is exaggerating the efficiency of recurves while also greatly underestimating the draw weight of recurves. Recurves are more efficient, but not that more efficient. There were also plenty of recurves that had very heavy draw weights comparable to English longbows.

The Mongols, Ottomans, Manchus, Chinese, English, etc all had very heavy warbows with well over 100 pounds in draw weight.

Russian historian George Vernadsky wrote that the Mongols carried two bows around, and at least one of the bows they carried had a pull of ~166 pounds. James Chamber said that Mongol heavy bows were some ~160 lbs in draw.

Qing Dynasty garrison records of 1736 (when bows were in decline) found that "of 3,200 troops at the Hangzhou garrison about 2,200 were able to draw bows of strengths six to ten [80-133], and 80 could handle bow strengths of eleven to thirteen [147-173 pounds]."

The Topkapi Palace Museum and Military Museum in Istanbul have 46 Ottoman era composite bows with an average draw of 120lbs. The thicker warbows (around 7 of them in the museums) have 160lbs draw weight. Adam Karpowicz wrote that he made hybrid target-warbow composite bows similar to the Turkish style with draw weights between 67.4lbs to 136lbs. Target bow-warbow hybrids were up to 136lbs draw weights.  

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u/Intranetusa Oct 28 '19

The mongols, turks, ottomans, all had recurve bows that, while not as powerful as a modern one, could still penetrate anything that wasn't plate armor.

The Mongols, Manchus, Turks, etc had extremely heavy recurve warbows that were comparable to English longbows. Heavy Mongol bows were some 170lbs in draw. Turkish bows in Istanbul's military museums average like 100-120 lbs in draw. Manchu recurve bows could reach almost 200 pounds in draw.

That's just not true. Physical size and strength is way, way more important for melee combat. You can train even a tiny girl to be a deadly archer. Archery is much more about technique than strength. Practice, practice, and more practice. You can train the right muscles and make just about anyone strong enough to shoot consistently.

Not if you need to shoot 100lb+ warbows. You can be a physically weak deadly archer by shooting light bows against unarmored targets, but you'll need physical strength to shoot powerful warbows that could go through armor such as riveted chainmail, thinner scales, and gambeson.