Armorless vs. armored

Armor was extremely effective, for the purpose it was intended to fulfill. That purpose being to protect the warrior from all the MINOR wounds that he would otherwise have sustained in melee combat. One of the things people tend to overlook is that most combatants were rendered non-combatants by non-life threatening (by today’s standards) wounds; cuts to the arms, legs, shoulders, etc., that wouldn’t kill the warrior outright, but would make it impossible for him to continue fighting, either immediately, due to shock and incapacitation, or eventually, as cumulative blood loss sapped his strength. Armor prevented nearly all of this damage, so the knight could continue the attack.

Yes, armor was vulnerable to distance weapons, such as heavy long or cross bows and polearms (pikes, lances, poleaxes, etc). That’s why they carried shields unless they knew they wouldn’t be facing distance weapons. There was also a medieval “arms race”, between bows and armor. Bows would reach the point where they could penetrate the armor of the day with relative ease, so the armorers would improve the armor and the bowyers would go back to work on making the bows more powerful.

It took anywhere from a fair amount to a LOT of strength to penetrate armor, depending on the type of armor, the weapon used, the skill of the attacker, and the point of attack. Keep in mind that, for most of armor’s reign, weapons were made of bronze, iron, or what we would call “mild” steel. They didn’t hold an edge well, by our standards, and would often bend, break, or flex (thereby blunting the force of the blow) if the strike wasn’t at just the right angle. None of these weaknesses were a problem when attacking an unarmored opponent, but an armored knight was a whole different ballgame. A very SHORT ballgame, for a naked barbarian. That was the whole point of armor, and it served it’s purpose extremely well.

I have created, worn, and tested many different types of armour, from quilted gambesons, to maille, to boiled leather, to full plate. I have tested armour with “live” steel and with blunted weapons, and have seen how effective properly made armour can be against period weapons. Though I would never classify myself as an expert of any sort on such things, I can say that I have had a lot of experience with the subject of armour. That said, a properly armoured knight, in full plate (particularly Maximillian plate, a development of the early 16th century), wielding a sword and a hand buckler, would most likely decimate an equally armed but unarmoured opponent.

While the unarmoured opponent would have some advantage in speed, it would be relatively small. A properly pointed and fit suit of armour equally distributes the weight of the harness across the body, making the additional weight almost negligable. A full Maximillian harness weighs, IIRC, about ninety pounds; the equivalent of a WWI trench pack! It really wasn’t that heavy, especially when properly worn and fitted.

Mobility is surprisingly high, since the armour is articulated and formed to allow for a wide range of motion and actions. Remember, a suit of armour was created for war, and to be efficient, it had to allow a warrior to be able to fight! I have seen people wearing full plate harnesses do cartwheels, somersaults, and any number of minor gymnastic feats.

Also part of the equation is that the sword is a fairly useless weapon against full plate. Armour is designed so that it has a maximum amount of glancing surfaces; that is, surfaces designed to deflect a blade and cause it to skip, rather than lending it purchase on a solid surface area. Maces, hammers, and polearms were far more effective against plate than a single-handed or even a two-handed blade would be.

The main use for blades was to find and exploit flaws in articulation; gaps where the pieces were joined, or eyeslots on helmets. By the early part of the 16th century, however, artisans creating plate armour had near perfected the art of articulation, so much so that the suit of armour worn to tournaments by King Henry VIII was so tightly articulated, a pin could not pass between its gaps.

So what we end up with is a person with an essentially invulnerable metal skin against someone without it. The unarmoured person would have a slight speed advantage, and a possible endurance advantage (possible only if we assume that the armoured person has not been training for most of their lives in wearing armour, which allows for endurance building). The armoured person would have the ability to take hits that the unarmoured person would be critically wounded by without batting an eye, thus allowing them to sacrifice being hit to gain a tactical advantage during the fight.

I would even go so far as to suggest that the armoured person, if they had trained as the medieval knight had trained, could even beat a sword-armed person lacking armour, even if they were unarmed themselves! Part of a knight’s training included the use of their armour as a weapon itself…can you imagine what damage could be done to an unarmoured limb caught between two steel encased crushing surfaces? Wrestling and grappling was a very real part of medieval combat, and many historical fighting manuals show the effectiveness of armour as a weapon.

I hope that clarifies a little bit of what I have learned in my experiences. Again, I am by no means an expert; I’m just a part time armourer and medieval enthusiast. Apologies for the exceedingly long response.

A suit of armor at the Art Institute in Chicago has a spike coming forward out of each shoulder piece (pauldron?) specifically for gouging anyone that the knight might have grappled with. Quite vicious looking.