The English Longbow: A Simple History

For about 120 years — roughly 1330 to 1450 — England had the deadliest weapon in Europe. It was a six-foot piece of yew wood. The reason it worked is the reason it eventually didn’t. A short history of the bow, the men who drew it, and what finally ended it.

For about 120 years — roughly 1330 to 1450 — England had the deadliest weapon in Europe. It was a six-foot piece of yew wood. The reason it worked is the reason it eventually didn’t.

The English longbow is mostly remembered for what it did to French cavalry at Crécy, Poitiers, and Agincourt. The more interesting question is what it took to have one in the first place — and what it took, finally, to give it up.

The bow

The longbow was carved from a single piece of yew wood. The bowyer used the natural tension between the harder heartwood and the softer sapwood to store huge amounts of energy in a single curved length. When the archer released the string, all that stored energy went into the arrow.

Its origins are not settled. The English military version is usually traced to Welsh archery practice absorbed during the conquest of Wales in the thirteenth century, but recognisable longbows have been recovered from much older sites across northern Europe, and historians disagree about how much of what made the English bow distinctive was Welsh inheritance and how much was English elaboration on a wider tradition. What is not in dispute is that by the early fourteenth century the English Crown had built a system around the weapon that no one else had.

The draw weights ranged from 100 to 185 pounds. Most modern competition bows draw between 35 and 50. The strain of pulling a longbow was so extreme that the skeletons of longbowmen recovered from the Mary Rose, the Tudor warship that sank in 1545, show twisted spines and over-developed bones on the drawing arm. The men were physically shaped by the bow. You did not simply pick one up.

Arrows travelled between 175 and 215 feet per second and could reach targets 200 to 300 yards away. A trained archer kept up steady, accurate fire at long range.

Speed

The longbow’s real edge was not range or power. It was speed. A skilled archer loosed 10 to 12 arrows per minute in short bursts, around six per minute sustained. A Genoese crossbowman managed 2 to 4 bolts per minute — the mechanical cranking to reload was the bottleneck. Heavy siege crossbows were slower still.

A formation of English archers could put more arrows in the sky than any other army of the period. That was the whole tactical proposition.

The arrows

The arrows were carefully designed. Bodkin points — hardened steel tips — were built to punch through chain mail. What they did against the best fifteenth-century plate armour is genuinely contested among specialists. Modern testing by Tod’s Workshop, widely circulated on YouTube, concluded that a 160-pound bow could not reliably defeat a well-made breastplate at close range. Matthew Strickland and Robert Hardy’s The Great Warbow, still the standard work, argues from contemporary sources and earlier physical tests that heavier draws and the right shot geometry could penetrate, at least at the lower end of armour quality. Alan Williams’s metallurgical work suggests the energy required to defeat top-tier plate (around 180–200 joules) sits above what even a heavy longbow could deliver (a maximum around 145 joules). Plate armour was not uniform. Quality varied across the price range; the same arrow that bounced off a wealthy knight’s breastplate punched cleanly through the lesser harness of a man who had bought what he could afford. Plate also has gaps. An arrow that finds a visor slot or an armpit is decisive regardless of what the breastplate would have done to it. And a landed shot that does not penetrate still concusses, knocks the wearer off balance, kills horses, breaks formation. The honest reading of the evidence is that a longbow against a fully-equipped front-rank knight was not the one-shot kill the more dramatic versions of the story imagine; the longbow won battles by being one part of a system that worked on everything around the front rank.

The three battles

At Crécy in 1346, an English army of 12,000 to 14,000 with around 7,000 longbowmen faced a French force of 30,000 to 40,000. The French were broken by massed volleys.

At Poitiers in 1356, the English won again with the same tactics.

At Agincourt in 1415, an English army of 6,000 to 8,000, mostly archers, defeated a French army of 14,000 to 25,000. The French advanced through deep mud under a constant rain of arrows. Many were exhausted before they ever reached the English line.

In all three battles, the French made the same mistake. They charged armoured cavalry into prepared longbow positions. They paid for it dearly each time.

What is worth noticing about the cost of those mistakes is the asymmetry. A French knight at Crécy represented a lifetime of inherited wealth, military education, and equipment — a horse alone could cost more than a peasant’s village would see in a year. The Englishman who killed him was, in economic terms, almost nothing. The whole arrangement of medieval war assumed that the man on the horse mattered more than the men on the ground. The longbow inverted the assumption. That is what people remember, even when they cannot explain why.

The tactics around the bow

The bow alone was not the system. English commanders deployed archers in massed formations with overlapping fields of fire. They drove sharpened wooden stakes into the ground in front of their positions to break a cavalry charge before it reached them. The psychological effect of thousands of arrows darkening the sky was devastating before the first shaft landed.

The men were paid well. Longbowmen were professional soldiers, paid more than ordinary infantry and treated as a prized military asset. That mattered for what comes next.

Why no one else copied it

The longbow gave a relatively poor kingdom a way to defeat the heavily-armoured mounted knight — the most expensive and prestigious warrior of the medieval world. The economic asymmetry was extraordinary. A peasant with twenty years of training and a piece of yew could kill a man whose horse, armour, and lifetime of military education cost a small fortune.

So why didn’t other nations copy it? Because the longbow was not just a weapon. It was a culture. English law required men to practise archery on Sundays and holidays. Boys began training as soon as they could draw a bow. It took a lifetime of constant, painful practice to build a longbowman who could draw 150 pounds and still hit a man at 250 yards. A country could not manufacture that tradition overnight.

One detail of this story is worth handling carefully, because the obvious reading is the wrong one. The 1363 Archery Statute, which compelled Englishmen to practise on Sundays and forbade competing games like football and quoits, is usually cited as proof of how seriously the English took the bow. It is more honestly read the other way. A government that has to legislate something into existence is a government noticing that the thing is already slipping away. The statute is evidence of decline, not of strength. By 1363 the practice that had built the archers of Crécy was already starting to need state coercion to maintain itself, and the long fifteenth-century history of similar statutes — renewed in 1410, 1465, 1470, 1503, 1512 — reads less like a culture in good health and more like a culture being kept upright by repeated official intervention. The longbow culture was always more fragile than the legend suggests. It just took a long time to fall.

The Welsh first developed the weapon’s military use, and the English absorbed and systematised it through statute, drill, and decades of patient national investment. No one else managed to do the same at scale. France tried. France gave up. The infrastructure required was too deep and too slow to replicate.

This is the part worth holding on to. The longbow worked because of an embedded, multi-generational system of practice that an enemy could see but could not buy. The advantage was the embedding, not the bow. And that is a recurring pattern: capabilities that depend on patient cultural investment are visible to outsiders, admired by them, sometimes catastrophically respected — and almost never copied. Not because the will is missing. Because the time is.

The yew that ran out first

There is a part of the story the inherited version of the longbow legend tends to omit, because it complicates the moral the legend wants to tell. England ran out of yew long before it ran out of longbowmen. The first documented import of foreign yew bowstaves arrived in 1294. By 1350 the domestic shortage was serious enough that Henry IV was authorising the royal bowyer to enter private land and cut wherever yew could be found. The Statute of Westminster in 1472 required every ship docking at an English port to bring four bowstaves for every tun of cargo; Richard III raised it to ten. Royal monopolies were arranged with the Holy Roman Emperor for the yew of southern Germany and Austria. Henry VIII sent agents to Italy, Austria and Poland looking for the close-grained mountain yew the English bowyers preferred; one set of surviving documents records orders for forty thousand staves at a time. By the time the Mary Rose went down in 1545, almost every longbow on board was made of continental yew. The English forests had been stripped, and so, eventually, had the European ones — in 1562 the Bavarian government petitioned the Holy Roman Emperor to stop the export, because their own slow-growing mountain yew was being cleared at a rate the forests could not replace.

This matters because it changes the order of failure. The simpler version of the longbow’s end is that a multi-generational culture of practice gave way to a weapon that did not need one. That version is true. But the material on which the whole system depended had been a problem for two and a half centuries before the system finally fell. England had been managing a yew shortage for as long as the longbow had been winning battles, and the shortage was getting worse, and the price of staves was climbing through the late fifteenth century — the price of a hundred staves rose from two pounds to eight pounds between 1483 and the end of the century, and the Venetians were taking sixteen pounds per hundred by 1510. The thing that finally retired the longbow was the arrival of an easier weapon. But the material economics had been failing in the background for a long time, and would have failed eventually even if no easier weapon had appeared.

What the longbow lost to

The longbow’s dominance faded after 1450. Firearms began to take the field. They were not better in range. They were not better in rate of fire — an early arquebus fired far slower than a longbow. They were not more accurate.

They were easier.

A man could be trained to use an arquebus in a few months. The recoil could be absorbed by anyone with shoulders. There was no twenty-year drawing-arm to build. A king who needed an army of two thousand could have one in a season. And the arquebus did not need a piece of slow-grown mountain yew that the forests of two continents could no longer supply at the rate the army wanted.

The longbow did not lose to a better weapon. It lost to a simpler one whose supply chain did not depend on the patience of a tree. The embedding that had made it formidable became, at the same time, the thing that made it impossible to scale. A nation that needed more longbowmen could not produce them faster than children grow. A nation that needed more musketeers could.

The longbow stopped being a military advantage and started being a cultural artefact. Within a century it had been retired from English armies entirely. The yew trade slackened; the Bavarian forests began their slow recovery.

This is the shape of the thing. A capability that took a hundred years to build was displaced inside fifty by something that did not, on its own, do the same job — only a job good enough, available faster, to more people, from materials that grew faster than people did.

And the deeper observation, the one that survives the specific case, is that this is not how stories of progress are usually told. Better weapons replace worse ones is the version we are taught. The truer version, in case after case, is that available weapons replace excellent ones whose excellence required something the next generation will not pay for, or that the forests can no longer supply. The musket beat the longbow. The factory beat the workshop. The flat-pack beat the cabinet-maker. In each case the thing that won was not the better thing. It was the thing that could be made in a season instead of a generation, from materials that could be replaced as fast as they were used.

England ran out of yew, and then out of the twenty years. The first had been a slow problem for two centuries. The second arrived on top of it, faster than anyone expected, and the system that had survived the yew shortage by importing wood across the sea could not survive the arrival of something whose advantage was that it did not need the wood at all.