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Understanding medieval weapons
Understanding medieval weapons
Notes about trebuchet
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History of the Trebuchet This was an enormous weapon capable of throwing immense boulders over two hundred and fifty meters. This was not achieved on the first try. It took a thousand years of experimenting and modifications to accurately create the machine. The agent of mass destruction and fear was called a trebuchet. The trebuchet was a weapon used during siege warfare. It would hurl heavy stones to smash castle or city walls. Cities, castles, and fortresses could turn to rubble from the force of one. The trebuchet was named multiple ways such as Medieval Trebuchet which is derived from the Old French word ‘Trebucher’ meaning to throw over. It is also called Ingenium coming from the Latin word ingenium meaning ingenious device. Trebuchets …show more content…
Stones were mostly what they would launch. They also used sharp wooden poles and darts if they ran out of stones. But a trebuchet can release up to two thousand stones in a day. To create madness, they could launch fire missiles. To launch missiles over a castle or city wall, Medieval Trebuchets could shoot hundreds of yards. Other items that were often launched were burning sand, pots of Greek fire, dung, dead bodies, disease ridden bodies, body parts, and dead animals. Greek fire was a powerful burning liquid weapon that could not be put out with water. Most of the items were used to humiliate the enemy, spread death and disease, and taint their water supplies rather than to destroy walls. In the fourteenth century, Mongols fired dead bodies that contained the Black Death into the city of Kaffa. The disease spread quickly across the Mediterranean and into European port since Kaffa was a port …show more content…
Using large stones or other materials creates great power during the medieval times. These are the most common types of trebuchets. They could shoot about three hundred meters using fifty to one hundred kilograms of weight. The counterweight provides automatic force to fire and is very heavy. To increase the distance the projectile goes, the throwing arm needs to be long compared to the counterweights arm and a large weight compared to the object being thrown. The proper ratio for the counterweight to the projectile is about one hundred to one while the ratio of the throwing arm to the short arm is about four to
In 1347, a Tartar army under Kipchak khan Janibeg had been besieging the Genoese cathedral city and trading ports of Caffa on the Black Sea for a year. A deadly, ruthless plague hit the besieging army and was killing off soldiers at an unstoppable rate. It was plain to Janibeg Khan that he must call off the siege. But before he decided to retreat, he wanted to give the defenders a taste of what his army was suffering. So Janibeg used giant catapults to hurl the rotting corpses of the plagued victims over the walls of the town. By this means the infection spread among the Genoese defenders. Before long the Genoese were dying from the plague as fast as the Tartars on the outside. A few who thought themselves free of plague took to their ships and headed for the Mediterranean. The deathly disease was unleashed at every port the ship and its crew set foot on. The trading routes contributed to the spread of the disease throughout the continent. In October of 1347, several Italian merchant ships returned from a trip to the Black Sea. These ships carried a cargo of flea infested rats, which had guts full of the bacillus Yersinia pestis (the bacteria which causes the plague). Inspectors attempted to quarantine the fleet, but it was too late. Realizing what a deadly disaster had come to them, the people quickly drove the Italians from their city. But the disease remained, and soon death was everywhere. (The Black Death)
CATAPULTS The catapult, was invented by the Romans, and plays a large role in the siege of any castle. Besiegers could fire 100-200 pound stones up to 1,000 feet. The catapult was used to destroy buildings and walls inside and outside of the castle walls, it could also destroy an enemies moral by throwing severed heads of comrades, they could spread disease by throwing shit and dead animals in, and they could destroy wooden building by throwing bundles of fire in.
Kohn, George Childs. "Black Death." Encyclopedia of Plague and Pestilence: From Ancient Times to the Present, Third Edition. New York: Facts On File, Inc., 2008. Ancient and Medieval History Online. Facts On File, Inc. http://www.fofweb.com/activelink2.asp?
According to Chevedden et al., (2002) the Latin word for trebuchet was “ingenium” and those who designed, made and used them were called inginators. These early engineers kept modifying the trebuchet to increase the range and impact force. One of the improvements engineers made was varying the length of the sling ropes so the shot left the machine at a ? angle of 45 degrees to the vertical (shown in the figure above), which produces the longest trajectory (Chevedden et al.,
The first H-bomb was detonated with the force of ten megatons, more that several hundred times the power of the A-bomb.
The Trebuchet was a very advanced siege engine that was used in the middle ages, it helped destroy several castles. The Trebuchet is a type of catapult that was used as a siege engine in the middle ages. The Trebuchet is a highly advanced device in terms of its engineering and it was built by engineers with exceptional designing and building skills. The advanced engineering of the trebuchet allowed the trebuchet to “sling” rocks, soil etc. to a target, thus allowing the trebuchet to destroy and weaken the castles walls and defences. These points link back to the focal statement that the trebuchet is a very advanced siege engine
Question 5: “Texts construct characters who represent the best qualities in human nature, as well as those who represent the worst.” Discuss how at least ONE character is constructed in a text you have read or viewed. (Sem 2, 2016)
The image indicates that the man on the bottom has forgotten about the trebuchet and is more focused on the cannons abilities because of the gunpowders tactics. Since the cannon is increasingly more compelling than the trebuchet, men in the Middle Age started to transition to gunpowder- based technology knowing that gunpowder was more effective and powerful. The image could also be seen as soldiers thinking that cannons are more of a effective weapon since it’s chosen over the trebuchet. Gunpowder was the primary propellant in cannons by making the cannon fire the iron/steel ball to its enemies. It drove the ball upward causing a smokey effect resulting in a large sound from the kinetic energy towards the heavy ball. By 1350, cannons and other gunpowder based weapons were regularly used in the English and French armies. Therefore, the transition from medieval artillery to modern artillery truly impacted the fighting style in Europe. Gunpowder gave warfare a fresh start to create powerful weapons that ultimately made Europe and many more places stronger in the long run. In the end, there was now a quicker way to defeat an entire army more sufficiently and
Crossbows can vary a lot in design and construction. They range from 50 to 400 lbs. in draw weight. They can be very small hand held pistols or rifles, which can fire rapidly and accurately with pinpoint accuracy up to 60 yards and kill ranges up to 100 yards. The larger bows with 400lb. draw weights could have ranges of over 400 yards they could fire large arrows, rocks and other types of projectiles accurately while staying well out of range of most enemy fire. These bows were built of large beams and sat on wheels so that 2 men could change the position of the bow easily. These bows were very powerful but were also very slow in loading and firing. They had mechanical winches, which were hand cranked to draw the bowstring back. It took two men to run these bows called siege machines.
...e went into motion. Possible projectiles of the trebuchet were living prisoners, jugs of Greek fire, rocks, and animals. Another large weapon of siege was used primarily in storms, the battering ram. In its early stages, the ram was no more than a hefty beam with a mass of metal attached to the end. Men would hoist the cumbersome boom onto their shoulders and run into a wall or door as many times as needed until the surface under attack gave way. In the Middle Ages, it was developed into more of a machine, for the ram hung from the center of a tent under which the men operating the ram could hide. The ram could be swung like a pendulum much more easily than having to constantly run back and forth. Also, castle guards often poured hot oil or other things onto the ram and its engineers. The tent, which was on wheels, protected the men and the battering ram as well.
The trebuchet is used with a long wooden arm refreshed on a hinge point, which acted as a big level. A bullet was placed on one end and soldiers in this earlier form of the trebuchet pushed on slings devoted to the other end to fundamentals swing the arm around and throw the
During the Revolutionary War, the Artillery assets that were available were a combination of cannons, mortars and howitzers. There were two types of cannons used at this time. The Field Guns, which were lightweight and easier to move, and the Siege Guns, which were much heavier and less mobile. The cannons utilized three different types of rounds. The rounds were solid shot, grapeshot, and canister. The solid shot rounds were used for structures, buildings, and ships. The grapeshot, which was a canvas bag of lead or iron balls, was ideal for long range personnel. The canister shot was a wooden cartridge carrying iron balls and when fired would explode like a shotgun for shorter range personnel. The cannons were mostly low trajectory as opposed the mortars which were high trajectory and fire bomb shells. The mortar was based on a wooden platform and a wedge of wood was used to incline the front of the barrel. There were land service mortars and sea service mortars. The land service being more mobile and the sea service much heavier and were permanently positioned on ships. By the time of the Revolutionary War there were nine types of land service mortar and four types of sea service mortar. They ranged from 4.4 to 13 inches. The rounds fired out of mortars were designed to fire at a high trajecto...
The earliest model was the trebuchet. It started by using a large weight on one end of a pivoting arm. The arm was pulled back the missile was placed and then let go. The weight went down, the arm went, and the missile launched. The later model gained its power from a tightly wound skein of rope, hair, and skin. the skeins were twisted incredibly tight and then had a wooden arm up to sixty feet long placed in between them. The arm was pulled back using pulleys and rope, the missile was placed in the wood cup and then the arm was released. The arm sprang to a 90 degree angle where it was stopped by a large padded piece of wood. The arm was then brought back down and fired again.
The nuclear bomb was the most devastating weapon ever created by man. It was developed between 1942 and 1945 during the second World War. The project to build the worlds first atomic weapon was called The Manhattan Project. The nuclear bomb was based on the idea of splitting an atom to create energy, this is called fission. Three bombs were created, “Trinity”, “Little Boy”, and “Fat Man”. “Trinity” was dropped on a test site in New Mexico on July 16, 1945, proving the theories, engineering and mathematics of the bomb to be correct. Shortly after that, not more than 2 months, the U.S. performed the first actual nuclear attack in the history of war. The bomb “Little Boy” was dropped on the town of Hiroshima, instantly killing thousands. “Fat Man” was dropped shortly after on the town of Nagasaki. After the bombing almost all scientist involved with the creation of the bomb regretted its construction and spoke out against the abolishment of nuclear weapons.
First the energy of conservation. The setting of the trebuchet before firing is shown in Fig 1. A heavy counterweight of mass (M) (contained in a large bucket) on the end of the short arm of a sturdy beam was raised to some height while a smaller mass (m) (the projectile), was positioned on the end of the longer arm near or on the ground. In practice the projectile was usually placed in a leather sling attached to the end of the longer arm. However for simplicity, we shall ignore the sling and compensate for this omission by increasing the assumed length of the beam on the projectile’s side. The counterweight was then allowed to fall so that the longer arm swung upward, the sling following, and the projectile was ultimately thrown from its container at some point near the top of the arc. The far end of the sling was attached to the arm by a rope in such a way that the release occurred at a launching angle near the optimum value ( most likely by repeated trials) for the launch height. The launching position is shown in fig.2 where we have assumed that the projectile is released at the moment the entire beam is vertical. In the figures: (a)=height of the pivot, (b)= length of the short arm, (c)= length of the long arm, while (v) and (V) are the velocities of (m) and (M), respectively, at the moment of launching.