Firstly, titanium armours can be spaced apart to increase the effectiveness at stopping bullets. And spacing the titanium sheets apart creates a cushion that slows the bullet before the titanium is penetrated. For example, a titanium shield can have a thin 1.2mm sheet of titanium over the front of the main shield plate. This 1.2mm sheet can have spacer lugs welded to it. Furthermore, a bullets force will be reduced on impact with a space of 1 centimetre inbetween two titanium sheets. And a 1.2mm sheet of titanium in front of the main shield plate would do this. Lastly, this titanium spaced armour has actually been demonstrated and tested to be effective on the American demolition ranches. Next, spacing other metals apart would create a similar bullet stopping effect. And I imagine that spacing steel apart would be effective to create a cushion that would slow a bullet. In addition, aluminium would also increase in effectiveness spaced apart. Furthermore, I think because of the properties of aluminium spacing it would have limited benifits. However, you would still increase your bullet stopping power by spacing your aluminium apart. As a result, I think that all your metal and alloy armours should be spaced in some way and taking the time to do that is a good idea. Lastly, when you space your armours apart it is so effective that you can expect to stop a higher calibre bullet. And this is particularly useful on a shield. Next, I have discovered the most perfect size and weight bullet shield. After testing with shield weights 10 kilograms is sort of the maximum weight you want a shield to be. Therefore, the perfect size shield is 3mm thick titanium. It is a tower shield to pass through doorways and it is 100cm X 70cm. The total weight is 9.5 kilograms without a handle. In addition, 10kg shields are perfect weight for 160-200 kilogram people. It is a perfect weight because it starts as slightly too heavy to use as a shield and as you practice it eventually becomes light and practical. Lastly, remember that you will be wearing a bullet proof brigandine behind the tower shield. This makes a 3mm titanium shield a reasonable thickness. Table of shields ------------------------ *Titanium backpack buckler* -40cm in diameter -4mm thick titanium -Weight 2.5kg including handle -If the 4mm of titanium is a high tensile strength and spaced correctly you will be able to stop 7.62 NATO and 50cal magnum rounds with this buckler. *Titanium Tower Shield* -100cm×70cm in Area -3mm thick titanium -Weight 10kg including handle -If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield. *Half a Titanium Tower Shield* -50cm×70cm in Area -3mm thick titanium -Weight 5kg including handle -If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield. Lastly, the perfect thickness for bullet proof brigandine plates is 3.0mm or 4mm titanium. And you just try and find the highest tensile strength titanium you can and just use that thickness. In addition, I have also decided that if you get a 1mm thick aluminium face size plate you can shape it in to a horror face and then bolt it to your titanium helmet. As a result, you can have a full set of bullet proof brigandine armour with a horror face helmet. That is going to be terrifying with swords and bowling ball cannons. Finally, if your metal tensile strength is high enough you will be able to deflect or even completely proof yourself against 7.62 NATO bullets. Reference: ruclips.net/video/QOkZzjQEx4M/видео.html ruclips.net/video/FTYGvL_e1ko/видео.html ruclips.net/video/urz8vhJpcIY/видео.html ruclips.net/video/pBKItHNe4qk/видео.html ruclips.net/video/6on8zQOuS-Q/видео.html ruclips.net/video/xLSBRGePh0U/видео.html
*Titanium Armour* Firstly, titanium armours can be spaced apart to increase the effectiveness at stopping bullets. And spacing the titanium sheets apart creates a cushion that slows the bullet before the titanium is penetrated. For example, a titanium shield can have a thin 1.2mm sheet of titanium over the front of the main shield plate. This 1.2mm sheet can have spacer lugs welded to it. Furthermore, a bullets force will be reduced on impact with a space of 1 centimetre inbetween two titanium sheets. And a 1.2mm sheet of titanium in front of the main shield plate would do this. Lastly, this titanium spaced armour has actually been demonstrated and tested to be effective on the American demolition ranches. Next, spacing other metals apart would create a similar bullet stopping effect. And I imagine that spacing steel apart would be effective to create a cushion that would slow a bullet. In addition, aluminium would also increase in effectiveness spaced apart. Furthermore, I think because of the properties of aluminium spacing it would have limited benifits. However, you would still increase your bullet stopping power by spacing your aluminium apart. As a result, I think that all your metal and alloy armours should be spaced in some way and taking the time to do that is a good idea. Lastly, when you space your armours apart it is so effective that you can expect to stop a higher calibre bullet. And this is particularly useful on a shield. Next, I have discovered the most perfect size and weight bullet shield. After testing with shield weights 10 kilograms is sort of the maximum weight you want a shield to be. Therefore, the perfect size shield is 3mm thick titanium. It is a tower shield to pass through doorways and it is 100cm X 70cm. The total weight is 9.5 kilograms without a handle. In addition, 10kg shields are perfect weight for 160-200 kilogram people. It is a perfect weight because it starts as slightly too heavy to use as a shield and as you practice it eventually becomes light and practical. Lastly, remember that you will be wearing a bullet proof brigandine behind the tower shield. This makes a 3mm titanium shield a reasonable thickness. Table of shields ------------------------ *Titanium backpack buckler* -40cm in diameter -4mm thick titanium -Weight 2.5kg including handle -If the 4mm of titanium is a high tensile strength and spaced correctly you will be able to stop 7.62 NATO and 50cal magnum rounds with this buckler. *Titanium Tower Shield* -100cm×70cm in Area -3mm thick titanium -Weight 10kg including handle -If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield. *Half a Titanium Tower Shield* -50cm×70cm in Area -3mm thick titanium -Weight 5kg including handle -If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield. Lastly, the perfect thickness for bullet proof brigandine plates is 3.0mm or 4mm titanium. And you just try and find the highest tensile strength titanium you can and just use that thickness. In addition, I have also decided that if you get a 1mm thick aluminium face size plate you can shape it in to a horror face and then bolt it to your titanium helmet. As a result, you can have a full set of bullet proof brigandine armour with a horror face helmet. That is going to be terrifying with swords and bowling ball cannons. Finally, if your metal tensile strength is high enough you will be able to deflect or even completely proof yourself against 7.62 NATO bullets. Reference: ruclips.net/video/QOkZzjQEx4M/видео.html ruclips.net/video/FTYGvL_e1ko/видео.html ruclips.net/video/urz8vhJpcIY/видео.html ruclips.net/video/pBKItHNe4qk/видео.html ruclips.net/video/6on8zQOuS-Q/видео.html ruclips.net/video/xLSBRGePh0U/видео.html
Danny tesch should create his own youTube channel of armwrestling lessons techniques just like him and Devon Larrat Procopciuc, Akataev ,Hritz ,Tautiev and Hutchings armwrestling is great
ALESTI ft. Anxxiety - Dissipate. What I do to find songs like this is I try to listen for some of the lyrics and then type them into google. Make sure to put them in quotes. The way I found the song was by typing "break these chains and learn to breathe" into the google search bar.
Danny “THE DECENT” Tesch! Him and Froda Haugland are one of the most amazing relaxed pullers of all time 👍🏾
"He's made to kill" - Devon Larratt
Sad this guy gave up. He had amazing strenght for AW
The GOAT, Levan is lucky Danny isnt pulling anymore
Why he stopped anyway
@@justaguyfromreddit Vegan bum now, living on the streets I heard.
@@justaguyfromreddit he was too strong so he had to give everyone else a chance otherwise the sport wouldn’t be entertaining anymore
Agreed Froda and Danny are amazing!
Worry not guys. Once Bowen beats Levan, Danny will descend from the heavens to take his rightful place as the galaxy's number 1
lmfao
This.
Firstly, titanium armours can be spaced apart to increase the effectiveness at stopping bullets. And spacing the titanium sheets apart creates a cushion that slows the bullet before the titanium is penetrated. For example, a titanium shield can have a thin 1.2mm sheet of titanium over the front of the main shield plate. This 1.2mm sheet can have spacer lugs welded to it. Furthermore, a bullets force will be reduced on impact with a space of 1 centimetre inbetween two titanium sheets. And a 1.2mm sheet of titanium in front of the main shield plate would do this. Lastly, this titanium spaced armour has actually been demonstrated and tested to be effective on the American demolition ranches.
Next, spacing other metals apart would create a similar bullet stopping effect. And I imagine that spacing steel apart would be effective to create a cushion that would slow a bullet. In addition, aluminium would also increase in effectiveness spaced apart. Furthermore, I think because of the properties of aluminium spacing it would have limited benifits. However, you would still increase your bullet stopping power by spacing your aluminium apart. As a result, I think that all your metal and alloy armours should be spaced in some way and taking the time to do that is a good idea. Lastly, when you space your armours apart it is so effective that you can expect to stop a higher calibre bullet. And this is particularly useful on a shield.
Next, I have discovered the most perfect size and weight bullet shield. After testing with shield weights 10 kilograms is sort of the maximum weight you want a shield to be. Therefore, the perfect size shield is 3mm thick titanium. It is a tower shield to pass through doorways and it is 100cm X 70cm. The total weight is 9.5 kilograms without a handle. In addition, 10kg shields are perfect weight for 160-200 kilogram people. It is a perfect weight because it starts as slightly too heavy to use as a shield and as you practice it eventually becomes light and practical. Lastly, remember that you will be wearing a bullet proof brigandine behind the tower shield. This makes a 3mm titanium shield a reasonable thickness.
Table of shields
------------------------
*Titanium backpack buckler*
-40cm in diameter
-4mm thick titanium
-Weight 2.5kg including handle
-If the 4mm of titanium is a high tensile strength and spaced correctly you will be able to stop 7.62 NATO and 50cal magnum rounds with this buckler.
*Titanium Tower Shield*
-100cm×70cm in Area
-3mm thick titanium
-Weight 10kg including handle
-If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield.
*Half a Titanium Tower Shield*
-50cm×70cm in Area
-3mm thick titanium
-Weight 5kg including handle
-If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield.
Lastly, the perfect thickness for bullet proof brigandine plates is 3.0mm or 4mm titanium. And you just try and find the highest tensile strength titanium you can and just use that thickness. In addition, I have also decided that if you get a 1mm thick aluminium face size plate you can shape it in to a horror face and then bolt it to your titanium helmet. As a result, you can have a full set of bullet proof brigandine armour with a horror face helmet. That is going to be terrifying with swords and bowling ball cannons. Finally, if your metal tensile strength is high enough you will be able to deflect or even completely proof yourself against 7.62 NATO bullets.
Reference:
ruclips.net/video/QOkZzjQEx4M/видео.html
ruclips.net/video/FTYGvL_e1ko/видео.html
ruclips.net/video/urz8vhJpcIY/видео.html
ruclips.net/video/pBKItHNe4qk/видео.html
ruclips.net/video/6on8zQOuS-Q/видео.html
ruclips.net/video/xLSBRGePh0U/видео.html
*Titanium Armour*
Firstly, titanium armours can be spaced apart to increase the effectiveness at stopping bullets. And spacing the titanium sheets apart creates a cushion that slows the bullet before the titanium is penetrated. For example, a titanium shield can have a thin 1.2mm sheet of titanium over the front of the main shield plate. This 1.2mm sheet can have spacer lugs welded to it. Furthermore, a bullets force will be reduced on impact with a space of 1 centimetre inbetween two titanium sheets. And a 1.2mm sheet of titanium in front of the main shield plate would do this. Lastly, this titanium spaced armour has actually been demonstrated and tested to be effective on the American demolition ranches.
Next, spacing other metals apart would create a similar bullet stopping effect. And I imagine that spacing steel apart would be effective to create a cushion that would slow a bullet. In addition, aluminium would also increase in effectiveness spaced apart. Furthermore, I think because of the properties of aluminium spacing it would have limited benifits. However, you would still increase your bullet stopping power by spacing your aluminium apart. As a result, I think that all your metal and alloy armours should be spaced in some way and taking the time to do that is a good idea. Lastly, when you space your armours apart it is so effective that you can expect to stop a higher calibre bullet. And this is particularly useful on a shield.
Next, I have discovered the most perfect size and weight bullet shield. After testing with shield weights 10 kilograms is sort of the maximum weight you want a shield to be. Therefore, the perfect size shield is 3mm thick titanium. It is a tower shield to pass through doorways and it is 100cm X 70cm. The total weight is 9.5 kilograms without a handle. In addition, 10kg shields are perfect weight for 160-200 kilogram people. It is a perfect weight because it starts as slightly too heavy to use as a shield and as you practice it eventually becomes light and practical. Lastly, remember that you will be wearing a bullet proof brigandine behind the tower shield. This makes a 3mm titanium shield a reasonable thickness.
Table of shields
------------------------
*Titanium backpack buckler*
-40cm in diameter
-4mm thick titanium
-Weight 2.5kg including handle
-If the 4mm of titanium is a high tensile strength and spaced correctly you will be able to stop 7.62 NATO and 50cal magnum rounds with this buckler.
*Titanium Tower Shield*
-100cm×70cm in Area
-3mm thick titanium
-Weight 10kg including handle
-If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield.
*Half a Titanium Tower Shield*
-50cm×70cm in Area
-3mm thick titanium
-Weight 5kg including handle
-If the 3mm of titanium is a high tensile strength and spaced correctly you will be able to stop 45cal magnum rounds and 5.56 NATO with this shield.
Lastly, the perfect thickness for bullet proof brigandine plates is 3.0mm or 4mm titanium. And you just try and find the highest tensile strength titanium you can and just use that thickness. In addition, I have also decided that if you get a 1mm thick aluminium face size plate you can shape it in to a horror face and then bolt it to your titanium helmet. As a result, you can have a full set of bullet proof brigandine armour with a horror face helmet. That is going to be terrifying with swords and bowling ball cannons. Finally, if your metal tensile strength is high enough you will be able to deflect or even completely proof yourself against 7.62 NATO bullets.
Reference:
ruclips.net/video/QOkZzjQEx4M/видео.html
ruclips.net/video/FTYGvL_e1ko/видео.html
ruclips.net/video/urz8vhJpcIY/видео.html
ruclips.net/video/pBKItHNe4qk/видео.html
ruclips.net/video/6on8zQOuS-Q/видео.html
ruclips.net/video/xLSBRGePh0U/видео.html
Now we're talking jake... true powerhouse right there hope he comes back.
Talent 👌
He's our only chance to beat Levan.
Danny tesch should create his own youTube channel of armwrestling lessons techniques just like him and Devon Larrat Procopciuc, Akataev ,Hritz ,Tautiev and Hutchings armwrestling is great
Hahaha!!! Didn't expect this one...
Bruh he actually made the video
Name of the second song pleaese
Dark Signal - Impatient
@@WorldofSTRENGTH thanks
@@WorldofSTRENGTH and the first song) thanks
Did the great Danny ever give a match up. I love how you give everything to Ryan Bowen except the win 😂😂. God that must have pissed him off.
I thought that's Ryan Bowen
First music name?
ALESTI ft. Anxxiety - Dissipate.
First song please
ALESTI ft. Anxxiety - Dissipate. What I do to find songs like this is I try to listen for some of the lyrics and then type them into google. Make sure to put them in quotes. The way I found the song was by typing "break these chains and learn to breathe" into the google search bar.