Gladius

The gladius was a Roman double-edged sword suitable for thrusting and cutting. Polybius explicitly describes both capabilities of the Spanish sword. Its compact dimensions suited infantry formations without making cutting strokes impossible.

The Republican Spanish type is associated with weapons of the Iberian Peninsula. Later forms are classified through archaeological finds, including the Mainz, Fulham and Pompeii types. Blade lengths and outlines varied.

Gladii served in legions, auxiliary units and among gladiators. Longer spathae became increasingly prominent in the army during the second and third centuries. This gradual development cannot be explained solely by “barbarisation” or one re-equipment date.

Development history

The exact date of adoption of the Spanish sword is difficult to establish. It is generally associated with Roman contacts and warfare in the Iberian Peninsula, not a proven single decision immediately after Cannae. Earlier equipment requires comparison with Italic and Greek examples, including the xiphos.

Initially, the gladius was a fairly long sword. Its earliest type, widespread in the Republic, was called "Spanish". With the development of both the Roman army itself and the adaptation of the gladius to legionary combat techniques, its size began to decrease. The length of the blade of the largest "Spaniards" was 65 cm, and the shortest and later "Pompeii" - up to 45 cm.

From the second quarter of the 2nd century AD, swords with Sarmatian hilts (famous for their ring-shaped pommel) spread as an alternative to Pompeian-type gladiuses, and in the third quarter of the century they were joined spathae like "Lavriak-Gromovka". By the beginning of the 3rd century, the spatha was becoming the main sword of the Roman army. It should also be noted that the gladius did not completely disappear from the everyday life of the Romans, so it continued to be used in gladiatorial fights according to graphic sources of 3-4 centuries.

Types of gladius

Modern classifications distinguish several groups; dimensions and dates below are approximate, and examples overlap rather than form one rigid sequence.

• Spanish gladius: Republican swords associated with Iberian forms. Representative blades are around 60–65 cm long, often with a waisted or leaf-shaped outline. Adoption cannot be fixed precisely to 216 BCE.
• Mainz type: a pronounced point and slightly waisted blade, commonly around 50–55 cm long. The modern name refers to finds at Mainz; the type is characteristic of the late first century BCE and early imperial period.
• Fulham type: a narrower blade and triangular point, often treated as a variant between Mainz and Pompeii forms rather than a wholly separate category. Typical blades are around 50–55 cm long.
• Pompeii type: parallel edges and a triangular point, with blades commonly around 45–50 cm long. Examples are known from the first and second centuries CE. The name comes from finds at Pompeii. Longer spathae increasingly replaced short swords in military equipment, without one simultaneous changeover for every unit.

Construction

The components of a gladius can be distinguished as follows:

• Blade

• Hilt

• Pommel

• Guard

• Scabbard

The grip, pommel and guard helped secure the sword in the hand; their forms and materials varied. A wooden or bone pommel cannot simply be treated as a heavy metal counterweight without calculation.

A double-edged blade with a pronounced point allowed both thrusting and cutting. The claim that an opponent could be struck effectively only with a thrust contradicts ancient descriptions. Use depended on distance and circumstances.

The scabbard protected and carried the blade. Suspension joined it to a belt or baldric through rings and straps. Many depictions place ordinary soldiers’ swords on the right at the waist, not “on the right shoulder”; suspension side also depended on status and date.

Gladii were mostly made of iron, but there are also mentions of bronze swords. As shown by the surviving examples of Roman swords, from the end of the 2nd century AD and especially in the 3rd century AD, gladii were already made of forged steel. The gladius was popular among the legionaries - the heavy infantry of Rome. The velites (light infantry of the Romans) used gladii only as auxiliary weapons. In the hands of skilled warriors, this sword delivered fast and deadly strikes, but its length allowed for close-quarters combat with the enemy. The most experienced legionaries were able to fence with it as skillfully as they could chop, cut, or thrust.

We will also analyze the material from which gladiuses were made. We will focus on metallography and metal quality research. Let us remind you that iron and steel are not synonymous, and they are different materials in their properties. One of the quality indicators of an alloy is the percentage of carbon content, the higher it is, the greater the strength and hardness, but the lower the ductility and viscosity. The percentage of carbon in Roman steel ranges from 0.02 % to 2.14 %. On the one hand, the greater the hardness, the better, because it is this characteristic that determines the ability of the sword to penetrate into another environment. The problem is that when the hardness increases, the brittleness of the metal also increases, and a sword that cracks in the heat of battle can cost its owner his life.

Modern metallographic studies of Roman swords suggest how this problem was solved. The sword was made of two parts with different carbon content, the Romans wrapped steel plates with a higher carbon content around the soft core, as a result, the cutting edge had high hardness, and the center was plastic and did not allow the blade to break.

Modern state standards categorize steel grades according to the percentage of carbon and the content of alloying elements. Alan Williams singled out the maximum hardness of the sword as a quality criterion (as a rule, this is an indicator of the cutting edge). Of course, it is impossible to draw unambiguous conclusions from a relatively small sample of the study, especially since we do not have a complete picture of the slag content, cutting edge thickness, etc. for all swords. Nevertheless, these studies allow us to calculate the most likely technologies for making swords, which the Roman masters tried to adhere to. The percentage of carbon varied widely, usually 0.1-0.4 in the core and up to 0.7 % at the edge. These are fairly common values – the average carbon content of most swords from Antiquity to Modern times was found in these ranges. By modern standards, the closest analogue will be medium-carbon steels used in the production of structures or vehicle parts. The edge hardness ranged widely from 170 to 700 VPH. It can also be noted that by the end of the 2nd century, patterned welding became widespread.

Not only could the carbon distribution in the blade vary, but the shape of the blade itself could also vary. In a cross-section, the blade most often represented a convex lens with a thickening towards the center, which played the role of a stiffener. But there were also other options - for example, rhombic, or even concave lenticular borders. It is assumed that the inward-concave borders appeared not as a result of the production of gladiuses, but during their operation. Over time, the blade blunted and required sharpening, which drained the edges of the blade.

By the end of the blade's edge, the gladius was thinning out. At the same time, the stiffening edge was often preserved, which could lead to the shape of the tip not only as a point or longitudinal, but also as a cross.

It should also be noted that not only the gladius scabbard could be decorated, but the blade itself could have decorative modifications. As an example, let's take a closer look at the discovery made by amateur archaeologist Wolfgang Joche. Gladius was found in 1971-1972 in landfills in Wiesbaden, left over from excavations of the Roman settlement in Mainz. (H. Schoppa, Ein Gladius vom Typus Pompeji, Germania 52, 1974, pp. 102-108.).

Gladius is a type of "Pompeii", has a pewter-bronze scabbard. An iron spearhead was also found with it. A gladius with a parallel double-edged blade of complex design, flattened diamond-shaped cross-section with ribs at the tip and a long shank is dated to 70-90 AD. On the base of the blade there are embossed inscriptions on both sides:

"C. Valer(i) Pr[imi]/C.Valeri(i) Pri(mi)"

"C. Valeri(i) P[rimi] C. Raniu(s)/C. Vale[ri] Primi"

Total length with mount: 63.6 cm (25 inches).

The scabbard consists of bronze elements with remnants of a tin coating and is decorated with an engraving. The upper part of the scabbard shows a helmeted warrior walking to the right, but with his head turned back. He holds a spear and shield, is clad in a muscular carapace and a high crested helmet. A shield stands at his feet. The lower part shows a winged Victoria. End cap (scabbard tip) It is also decorated with the image of a winged Victoria holding a palm branch, and above it is a separate palmetto pattern with curls.

Scabbard length: 14.5 cm (5.75 in).

Use in combat

The design of the gladius allows us to consider it primarily a piercing weapon. But this is not enough for an unambiguous answer to the question "is Gladius a stabbing weapon or a chopping one?". In this regard, we will analyze the main sources for its use in combat conditions, relying primarily on legionaries. In addition to the regular army, gladius was also actively used. gladiators where it was actively used, including as a chopping weapon. But this is more likely due to the peculiarities of the gladiator fights themselves, rather than the evolution of weapons in the Roman army.

Let's cite other written sources in which gladius can be considered both piercing and chopping hand-to-hand weapons.

Polybius noted in his characterization of gladius:

• "The gladius is equipped with a strong, strong blade, and therefore it stabs perfectly and cuts both sides effectively." Further describing the superiority of the legionaries over the phalangites, he also notes that "the Romans, when fighting alone, require freedom of movement, when the warrior covers his body with a shield, turning each time in the direction from which the blow threatens, when he fights with a sword that cuts and stabs"

Dionysius of Halicarnassus, along with stabbing blows, also describes specific chopping blows.:

• "And those who [the Romans] saw these parts of the body protected, they cut the tendons under the knees or on the ankles and threw them [the barbarians] to the ground-gnashing their teeth, biting their shields and uttering a cry like a roar, like wild animals."

We will also mention the description of the injuries inflicted by gladius, which Livy gives us:

• "Hitherto they [the Macedonians] had seen only wounds from spears or arrows, occasionally from pikes, and they were accustomed to fight only with the Greeks and Illyrians; now, seeing corpses mutilated by Spanish swords, hands cut off with a single blow along with the shoulder, severed heads, spilled out intestines and much more, Just as terrible and disgusting, Philip's warriors were horrified by the kind of people, the kind of weapons they would have to deal with."

Separately, I would like to mention written sources about the choice of a place to kill the enemy.

• Polybius, General History, II, 33, 6 : "Striking the enemy in the chest and face, and striking blow after blow, the Romans, thanks to the foresight of the tribunes, put most of the enemy's army on the spot."

• Plutarch, Caesar 16: 4 : "Cassius Sceva, who in the battle of Dyrrachia, having lost an eye knocked out by an arrow, was wounded in the shoulder and thigh by javelins, and received the blows of one hundred and thirty arrows with his shield, called out to the enemies as if to surrender; but when two of them came up to him, he cut off the arm of one with his sword, another was put to flight by a blow to the face, and he was saved by his own men, who came to the rescue. "

• Tacitus, Annals, II, 14, 4 : "It is necessary to increase the speed of blows, pointing the point of weapons in the face: the Germans have no shells, no helmets"

• Tacitus, On the life and character of Julius Agricola, 36 : "So the Batavians began to strike the Britons with their swords, smite them with the bulges of their shields, stab them in the uncovered faces, and, crushing those who stood on the plain, they went up the hill fighting, and the rest of the cohorts, competing with them and fighting with them. supported by their onslaught — they cut down all who met them; and in their haste to complete the victory, our men left behind them lightly wounded and even unharmed enemies."

• Plutarch, Caesar 44, 11-12 : "With these words, he [Centurion Gaius Crassinius] was the first to rush at the enemy, dragging a hundred and twenty of his soldiers with him; cutting down the first enemies he met and forcing his way forward with force, he laid many of them down, until at last he himself was struck down by a sword blow in the mouth, so that the blade went through and came out through the back of the head."

In addition to the description, traces of the use of gladius in battle have also come down to us.

Remains of an Iberian settlement have been found near the village of Almunilla (Córdoba province). The findings of 2006-2009 shed light on the events of the II century BC. e. Archaeologists found very characteristic traces of fire. Usually people try to fight the fire or later try to restore housing in this place, but not here. No one tried to save the village of Cerro de la Cruz, the fire destroyed buildings for several days. In addition, archaeologists found skeletons of two men, indicating a violent death.

One of them, aged 21-25 years (height 168 cm), had an injury to his right shoulder blade-it was severed by a single strong gladius blow. There's also a notch in his sciatic bone – he's clearly been hit from behind by a sword. The second man was older (30-35 years old) he was about 167 cm tall and was a relative of the young man. His left leg was cut open with a single blow (the fibula was severed). In addition, his right arm was cut off near the shoulder, and there are also traces of a blow on the thigh.

Other remains are less well preserved. The historical context of a settlement’s destruction and attribution of weapon marks require archaeological support. Bone trauma can indicate a blade strike without identifying the exact sword type, its owner or intention.

Finds from Valencia associated with the city’s destruction in 75 BCE also show severe injuries. Describing dismemberment as legionaries’ “favourite activity” is unjustified: that judgement does not follow from archaeological evidence.

You can't ignore visual sources either. As a rule, in them we can observe either the moment of a stabbing blow, or the moments of readiness for a stabbing blow from a defensive stance.

In summary, the gladius was more of a stabbing weapon. But this does not mean that it could not be used for chopping blows. On the contrary, many sources speak of its versatility, so that despite the fact that the gladius is primarily a stabbing weapon, it could also be used effectively for chopping blows, depending on the tactical situation on the battlefield.

Reconstruction

For reenactment, select a gladius by date, unit and specific prototype. It suits many legionary, praetorian, auxiliary and gladiator impressions, but was not compulsory for every Roman soldier. The choice between gladius, spatha and other swords cannot be decided solely by modern assumptions about rank.

Staged combat requires suitable safe replicas and compliance with organisers’ rules. Simply blunting a blade does not make every weapon safe.

Related topics

• Legionary
• Pugio
• Cingulum
• Spatha
• Centurion
• Gladiators

Literature and sources

• M. C. Bishop (2016). The Gladius: The Roman Short Sword. Bloomsbury Publishing.

• Flavius Vegetius Renatus (1996). Vegetius: Epitome of Military Science, translated by N. P. Milner. Liverpool University Press. ISBN 978-08-532391-0-9.

• Livius, Titus. "The History of Rome, Vol. II". 7.10. Archived from the original on August 30, 2002. Retrieved 25 November 2010.

• Nicodemi, Walter; Mapelli, Carlo; Venturini, Roberto; Riva, Riccardo (2005). "Metallurgical Investigations on Two Sword Blades of 7th and 3rd Century B.C. Found in Central Italy". ISIJ International. 45 (9): 1358–1367. doi:10.2355/isijinternational.45.1358

• Polybius. Histories 6.23: the Spanish sword

blades

Scabbard

Handles

Visual sources