The Dark Reason The Guillotine Had A Slanted Blade! (REAL FOOTAGE)

Most people assumed the guillotine was  just a heavy blade on a wooden frame. But one detail has always been overlooked.  The blade was not straight. It was slanted. And that single design choice didn’t just  solve a centuries-old problem. It turned a tool meant to reduce suffering into the most  efficient killing machine France had ever seen.

It was March 2, 1757. A servant named  Robert-Fran ois Damiens was dragged into the Place de Gr ve in Paris in front of  thousands of people. His crime was stabbing King Louis XV with a small penknife.  The wound was minor and barely broke the king’s skin. But the punishment was  death by quartering.

 Four horses were tied to Damiens’ arms and legs and driven in  opposite directions, tearing his body apart. The problem was that it didn’t work.  Human bodies do not tear apart easily. After several failed attempts, the  executioners had to step in with knives and cut through his body  themselves. The entire process lasted almost an hour.

 The crowd had come  expecting a quick display of royal justice, but many left horrified. Even by the standards of  18th-century France, it was considered extreme. But the uncomfortable truth is  that what happened to Damiens was not unusual. It happened all across  Europe. Executions regularly went wrong, and the reason was simple. The result depended  almost entirely on the skill of the executioner.

Beheading with a sword or axe was usually  reserved for nobles because it was considered a more honorable way to die. In theory,  one clean strike from a skilled executioner could remove the head instantly. In reality,  skilled executioners were rare, expensive, and often inconsistent. Blades bounced off  skulls. Swings missed their target.

 In 1685, James Scott, the Duke of Monmouth and  illegitimate son of King Charles II, was executed after a failed rebellion. It took  at least five blows of the axe to sever his head, and even then the execution was not clean. The  executioner, Jack Ketch, became so hated for the botched execution that his name became a British  nickname for public hangmen for generations.

France faced the same problem. A failed  execution did not just cause suffering. It could also trigger riots. In a monarchy where public  executions were meant to demonstrate the power and authority of the crown, a botched execution was a  political embarrassment that could not be ignored. By the middle of the 1700s, some reformers  began asking a different question.

 They were no longer debating whether executions should  exist. Instead, they wondered if there was a way to make executions consistent,  quick, and free from human error. The Enlightenment was a movement based on  the belief that reason and science could improve every part of society, even its  harshest institutions.

 Thinkers such as Voltaire and the Italian criminologist Cesare  Beccaria argued that punishment should be fair, consistent, and free from unnecessary cruelty.  Beccaria’s 1764 book, On Crimes and Punishments, became one of the most influential legal works  in Europe. He argued that making executions more painful did not prevent crime. What mattered  was certainty of punishment, not suffering.

These ideas spread slowly through France’s  legal system. Then came the political crisis of 1789. For the first time, the French  nobility, clergy, and common people were brought together in a single political body  called the Estates-General. In June 1789, it became the National Assembly.

 Suddenly,  the way France punished criminals became part of a much larger debate about what  kind of nation France wanted to become. France still had different methods of  execution for different social classes. Nobles were usually beheaded with a sword.  Commoners could be hanged, burned alive, or sentenced to the breaking wheel. The  breaking wheel was especially brutal.

 A condemned person was tied to a large wagon  wheel while an executioner shattered their bones with a heavy hammer. The victim  could remain alive for hours before dying. On October 10, 1789, only three months  after the storming of the Bastille, a doctor and newly elected Assembly member  named Dr.

 Joseph-Ignace Guillotin presented six proposals for reforming France’s penal  system. The most important was Article 2. It declared that every person sentenced to death  in France would be executed by decapitation, regardless of their crime or social  status. One method. The same for everyone. Guillotin was not proposing a specific machine.  He was proposing an idea.

 If the death penalty had to exist, then it should be equal, quick, and  mechanical. According to later reports, he told the Assembly that the condemned person would feel  nothing more than a brief sensation of cold on the neck. The remark caused laughter in the chamber.  But the principle itself survived. On March 20, 1792, the law was passed in a modified form. Now  there was a new challenge.

 France needed to figure out how to build a machine capable of killing a  human being with complete consistency every time. The National Assembly gave the job of designing  the machine to Dr. Antoine Louis, the 69-year-old Secretary of the Academy of Surgery in Paris, one  of the most respected medical organizations in France.

 Louis had spent much of his life studying  human anatomy and how the body responded to injuries. If anyone understood how a blade cut  through bone, muscle, and tissue, it was him. To actually build the machine, Louis turned to  a German craftsman living in Paris named Tobias Schmidt. Schmidt made harpsichords, a keyboard  instrument that was popular before the piano. At first, the choice seems unusual.

 But  building harpsichords required extremely precise woodworking, careful mechanical design,  and a deep understanding of weight, tension, and moving parts. In many ways, Schmidt had  exactly the skills needed for the project. Louis and Schmidt were not starting from scratch.  Similar machines had existed before. In northern England, a device called the Halifax Gibbet had  been used since at least the 1280s to execute convicted thieves by dropping a heavy blade onto  the neck.

 Scotland had a nearly identical machine called the Scottish Maiden, which operated in  Edinburgh from 1564 until 1716 and was used to execute around 120 people. The basic idea of  using gravity to remove a person’s head was already centuries old. The real challenge was  deciding what kind of blade would work best. Their first design used a straight  horizontal blade.

 It was a flat edge that dropped straight down across the  entire neck at once. The results were disappointing. A straight blade hits the skin,  muscle, cartilage, and neck bones all at the same time. That creates enormous resistance  and requires a huge amount of force to cut through everything cleanly. During testing, the  blade often compressed tissue before cutting it.

When it struck harder material like bone,  there was also a risk that it could get stuck or bounce off course. The very problem  they were trying to solve still existed. The next design used a crescent-shaped blade.  The idea was that the curved edge would create a rocking motion and cut through the neck gradually.  Instead, it performed even worse.

 The curved shape caused the blade to strike different parts of the  neck differently with each drop. The results were inconsistent. And inconsistency was exactly what  Louis and Schmidt had been hired to eliminate. Neither design survived testing. In early 1792, while the machine’s final  design was being reviewed by the Committee of Legislation, someone reportedly suggested  using an angled blade.

 According to several accounts written after the French Revolution,  that person was King Louis XVI himself. By 1792, Louis XVI was king mostly in name.  The Constitution of 1791 had removed much of his political power. His failed attempt  to escape France in June 1791 had badly damaged his reputation.

 Disguised as  a servant, he and his family tried to flee the country but were recognized  and stopped in the town of Varennes, about 250 kilometers east of Paris. After that,  many French citizens no longer trusted him. He was kept under close watch in the Tuileries  Palace and had little influence over events. What Louis still had was a strong interest in  engineering and mechanics.

 His favorite hobby was locksmithing. He maintained a private  workshop where he spent hours designing, repairing, and improving locks. Many people at the time found it strange for a king to  spend so much time doing manual work, but it gave him a practical understanding of  mechanical systems that most monarchs never had.

According to the story, Dr. Louis showed  the king the proposed blade designs during a review process. Louis examined the  straight blade and the crescent blade, recognized the weaknesses in both, and  suggested an angled blade instead. Exactly how he presented the idea is unclear.  Some accounts claim he drew a sketch.

Others say he simply explained it verbally or  pointed out the solution on existing plans. Many historians believe the story was invented  later because it adds a dark irony to what happened next. Others point out that documents  from early 1792 mention the angled blade in a way that suggests the idea came from someone  outside the engineering team.

 What is certain is that the oblique blade was adopted. It became  the standard design of the guillotine. It is also certain that Louis XVI was executed by guillotine  on January 21, 1793. And if the story is true, the blade that killed him was based on a  design he may have helped create himself. The angled blade solved the problem through one simple but effective principle. It turned  a chopping motion into a slicing motion.

When a straight blade falls, every part of the  edge hits the neck at exactly the same time. That means the blade must overcome the full  resistance of the neck all at once. Experts estimate that severing a human neck cleanly  requires between 800 and 1,200 newtons of force. Any small problem, such as a dull blade,  unusual neck anatomy, or poor positioning, increases the chance that  the execution could go wrong.

The angled blade changed everything.  Because the edge was slanted, only one small point touched the neck  first. As the blade continued falling, the cutting edge moved gradually across the  neck from one side to the other. Instead of dealing with all the resistance at once, the  blade overcame it piece by piece.

 This greatly reduced the force needed at any one moment and  made mechanical failure extremely unlikely. The same principle is used in everyday  life. When a chef cuts a hard vegetable, they usually draw the knife backward while  pressing down instead of simply pushing straight through. Surgeons do something similar  when making incisions.

 A slicing motion works better than a straight chopping motion. The basic  physics had been understood for centuries. Louis and Schmidt simply applied it to the problem of  cutting through a human neck, creating a machine that almost never failed mechanically  once the correct blade angle was found. There was another advantage as well.

 The  human neck contains the cervical spine, a column of seven vertebrae connected by  cartilage and separated by small spaces. These spaces can be reached more easily from an  angle. A straight blade hitting directly into a vertebra could bounce off, crack the bone, or  fail to cut completely through. An angled blade approaching at about 45 degrees was much more  likely to pass through the natural gaps between the vertebrae. In other words, the design worked  with human anatomy instead of fighting against it.

When Louis and Schmidt carried out their  final tests on human cadavers, meaning donated human bodies rather than living people,  the angled blade produced a clean cut every time. Now, it was time to test it on a living person. It happened on April 25, 1792, when a 34-year-old  highway robber named Nicolas Jacques Pelletier was brought to the Place de Gr ve in Paris. He  had been found guilty of robbery and assault.

 He became the first person ever executed by the new  machine. At the time, newspapers often called it the “louisette” or “louison,” names based on  Dr. Antoine Louis rather than Dr. Guillotin, whose role had been proposing the law  rather than designing the machine itself. The execution lasted only a few seconds.

 Pelletier  stepped onto the platform, was secured in place, the blade fell, and he was dead before many people  in the crowd fully understood what had happened. The crowd was not impressed. Many people  booed. Witnesses reported spectators calling for the return of traditional executions,  where the condemned person struggled and the event lasted longer. To them, there was  at least something to watch.

 The newspaper Chronique de Paris recorded complaints  that the new machine removed all sense of drama from public executions. It was not  the reaction the reformers had expected. The government, however, considered the  execution a complete success. The machine had done exactly what it was supposed  to do.

 The death was immediate, clean, and did not depend on the skill of an  executioner. There were no mistakes, no repeated attempts, and no visible  suffering. Over the following months, as the French Revolution became more radical and  political tensions in Paris continued to rise, the machine that had begun as a curiosity became  a permanent part of France’s justice system.

By September 1792, France was in crisis. The  country was fighting wars against both Austria and Prussia, while political divisions at home  were growing deeper. The moderate Girondins, who had dominated the National Assembly  during the early years of the Revolution, were losing power to the more radical Jacobins.

  Their most influential leader was a 34-year-old lawyer from Arras named Maximilien Robespierre.  On March 10, 1793, the Revolutionary Tribunal was created as a special court to try people accused  of being enemies of the Revolution. It had the authority to sentence people to death, and it  began using that power more and more often. The guillotine was moved to the  Place de la R volution, a large public square in central Paris that is  now known as the Place de la Concorde.

It became a permanent fixture there.  Executions took place almost every day. On October 16, 1793, Louis XVI’s wife, Marie  Antoinette, was executed in the same square. She was 37 years old. The Austrian-born  queen had become one of the most hated symbols of the monarchy in the eyes of many  revolutionaries.

 She arrived at the scaffold wearing a simple white dress. Her hair had  been cut short, and her hands were tied behind her back. One of the largest crowds  ever seen in the square gathered to watch. These were the famous executions that history  remembers. But what came next was far larger. The period known as the Reign of Terror  lasted from September 5, 1793, to July 27, 1794, a span of ten months and twenty-two  days.

 During that time, the Revolutionary Tribunal sentenced about 16,500 people to death  by guillotine in Paris and nearby areas. Another 25,000 people died through provincial  executions, terrible prison conditions, and mass killings ordered by Jean-Baptiste Carrier  in the city of Nantes. There, prisoners were loaded onto barges that were deliberately sunk  in the Loire River, drowning everyone on board.

The guillotine made executions on this  scale possible. It required only a small team consisting of an executioner and  a few assistants. Charles-Henri Sanson, the chief executioner of Paris from 1778  to 1795, operated the guillotine throughout most of the Terror. His family had held the  position of executioner for generations.

 Later, he wrote that at the height of the Terror he  was executing more than 30 people in a single afternoon. The blade became dull so quickly from  constant use that it needed frequent sharpening. According to reports, Sanson even asked the  Tribunal for money to buy a horse and cart so bodies could be removed from the execution  site more efficiently. The request was approved.

People could end up before the Tribunal for many  reasons. Anonymous accusations could be enough. A denunciation from a neighbor could be enough.  Simply being born into a noble family could be enough. Owning property could be enough. Even  expressing doubts about the Revolution could bring suspicion.

 The machine that had originally  been designed to make executions equal for all citizens had become the main tool of a government  using fear and death to enforce political loyalty. Robespierre believed the system was necessary.  He described terror as “an emanation of virtue,” arguing that the Revolution could only  survive if its enemies were eliminated. On the night of July 26, 1794, Robespierre  gave a speech to the National Convention, the government body that had replaced the National  Assembly during the Revolution.

 In the speech, he warned that more enemies of the  Revolution still existed and hinted that new executions were coming. He even  suggested that some of those enemies were sitting inside the Convention itself. The speech  frightened many of the men listening. They had already seen Robespierre send countless  people to the guillotine for far less.

The next morning, July 27, they decided  to act before he could act against them. Robespierre was arrested right on the  floor of the Convention. Later that night, he suffered a gunshot wound to the jaw. Historians  still debate exactly what happened. Some believe he tried to take his own life and failed.

 Others  believe he was accidentally or intentionally shot by one of his supporters. Either way, the bullet  shattered his lower jaw but did not kill him. He spent the night lying on a table inside  Paris’s H tel de Ville, bleeding through bandages, unable to speak  properly and unable to eat. On July 28, 1794, he was taken to the Place  de la R volution for execution.

 As the executioner prepared him for the guillotine,  he ripped away the bandage that was holding Robespierre’s shattered jaw together. Witnesses  later reported that his scream could be heard across the square. He was 36 years old. With  his death, the Reign of Terror came to an end. But the guillotine did not.

 It remained France’s  official method of execution until September 18, 1981, when the French National Assembly voted  to abolish the death penalty completely. After almost 190 years of use, the guillotine was  officially retired. The last guillotine used in an execution still exists today and is  preserved at the National Archives in Paris.