Thrand test a 13th century type XIII sword on solid sealed shut 16 gauge 5/16" ring steel Maille armor. He the proceeds to test a 9' Iron age style Celtic spear with his famous overarm throwing slide technique in optimum range for max power to see if the most powerful technique ever tested on his channel can pierce the maille and cut rings through the silver soldered maille over ten layers of tight woven cloth armor or gambeson. So grab an ale or mead wile Thrand does this extreme testing as requested by viewers in the exciting viewer reply video on can the overarm throwing slide pierce welded shut maille armor tougher than historical riveted and solid every other row.
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AI Generated·May contain errors
Video Summary
AI Generated
Brian tests whether the \"overarm throwing slide\" technique can penetrate high-grade, solid-ring riveted mail. Using a Type 13 sword, he demonstrates that standard thrusts fail, but the high-velocity overarm slide successfully cuts through a ring and penetrates the target, proving that extreme force can overcome solid mail armor.
Heyo!
Brian here, and I'm here with a question that's been asked by many, can the overarm throwing
slide, or they'll call it Brian's overarm throwing slide, but I don't think I invented
it by any respect, it's something you see in old drawings and text, and I believe that
that's what they're doing in the dynamics, can it go through solid mail, like riveted
mail with solid rings, or in this case, we're going to have all solid rings, because it's
a high-grade silver solder on a 16-gauge round stock, 5 16-inch rings, they're all
solid, it'd be like you had each and every ring stamped out and sealed together pretty
much.
We've never had one break on an actual soldered one before, as you've seen in other videos,
it has to be cut.
We're going to start off with a sword that was designed as a patrol to be used on mail.
This is a Type 13 by Oakshot Typology, and it's from Medieval Shop, and I'm going to
try some one-handed thrusts, and a two-handed thrust or two, and see if we can go through
the mail.
From most of our experience, we can't.
Let's see how.
Start off with a one-handed thrust.
Nothing.
Try one more.
A little off there.
That was a good one.
We moved our bottle, but we did not get any damage to the mail.
I'll try two-handed.
Right on.
No damage to the mail whatsoever.
All right, I'm going to try the overarm slide, maximum power, everything I can give it.
I've missed our bottle.
We did not go through our actual bottle though, I don't think.
We'll get up inside here and see what position we've got everything.
Try to reposition it, and we'll try this again.
All right, I'm going to really give it everything I've got.
I'm going to stand here behind the shield, and I have a perfect opportunity to give this
as much power as possible.
Notice I can't reach the target, despite the neutral means, like most people think you
do with this type of technique.
If I draw it way back, I'm going to throw that in and see what I can do.
Okay, we're definitely into our rings here.
We have one ring cut completely out.
I'm glad I leaned forward a little bit to make sure I could catch it, so we could see this.
It's cut right by the solder joint.
That's an actual cut.
That's not a broken solder.
I don't know if you can tell if you look at this close up.
We have a hole in there where it actually got stuck in there.
It wasn't hard to remove, but we got it in there.
We cut and scored a bunch of other rings.
I'm wondering if it actually got into a bottle.
That's what I want to try and see.
I'm seeing water dripping right now.
Just that sheer force, though, could rupture organs.
The amount of force I had to put in that to actually cut a ring.
That's the point we're making.
The person is probably going to be wounded from the sheer energy behind the blow, the thrust, or what have you.
Be it an axe head, a sword, a heavier sword, or a spear being thrown into them like in a throwing slide.
One thing about the sword is sword blades have mass towards the hilt, but they taper.
They have a distal taper and they have a profile taper.
This is what allows you to have a longer weapon that can cut on both sides and thrust.
One of our disadvantages to this is that the blade can actually bend and give.
Male or no male, we had about an inch through.
With the actual material itself and the male getting driven into the actual flesh, that would be a wound where you have extreme bruising.
You would have a puncture, maybe an internal injury.
The tip was enough to slip in and cut some as well.
I'm sorry, but that's impressive.
The amount of force that thing put out through ten layers of cloth, this sealed male enough to cut a ring,
and then to do this kind of damage, I think that the overarm slide could have been used and done tremendous damage with heavier spears.
The spear's weight matters in this type of situation because the spear itself is being accelerated,
which gives it more momentum or mass, able to punch through things and cut things like this.
The sword, I don't think, was able to go through because the blade was actually giving.
If you watch, it kind of acts like a spring.
When it tries to go through something that tough, it actually bounces on the actual rings,
meaning that it tries, but then the sword's absorbing some of the energy.
The spear's rigid.
Other than the pole giving, the actual metal spear tip and pole doesn't give quite as much,
all being accelerated directly straight in as the sword itself.
We have tremendous force here.
Just like a sword can't pierce a breastplate, apparently a spear can't pierce mail if it has enough velocity behind it and enough force.
Hope you all enjoyed it.
We did this by request.
There's a viewer reply.
I don't remember how many people. We had several people asking on the mail.
We will try this type of technique later on the tatami armor.
Be sure and help us out over there if you can at the GoFundMe page.
We're at $450 and we're very happy with that, but we'd like to get to our $1,000 goal
so we can actually be testing that high-grade elite samurai armor.
Hope you enjoyed it.
Farvel.
Hey everyone, this is Eldgrim.
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