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(Sorry for the lack of content, I have several projects that will be posted on my channel, reason: Real Life)
The glory of the Python IIB was short-lived, ever since it was posted, there were 38 PMC posts which have been deemed a worthy opponent of the Python MBT, the new addition of Futurized Main Battle Tanks (FMBT) are ever more common, and the Python tanks are no exception, after scraping 5 Python Prototypes, I have finally made a small model which will work for the next Python Project, it will have some interesting features, including a working command-block propelled movement.
The advancement of FMBTs meant that armor was becoming more and more thicker (and more and more complex, bigger, and stranger) as well as many p layers switching to much more realistic armament, including electromagnetic naval railguns. I have on the other hand, resorted to a electro-plasma hybrid cannon, one in which uses super heated plasma charges to then melt literally any Alloy we can recreate on the periodic table (including the unidentified "Roswell crash metal" of 1947 [Which is as thing as tin and survived an M1A2 Abrams round]). The shell itself looks like a Fin-stabilized HEAT round, but with a small metal in the front that will super heat and release the explosive contents in a plasma charge. The round can inflict critical damage even if it was a 76mm barreled cannon, this FMBT houses a 200mm.
The reason why this project is nicknamed "Neutron" Python III is because over the months it is clear that my own weapon and potential more powerful armaments can go right through all metals because it is no longer kinetic. The metal of this tank can turn into light whenever it reacts to a motion of particles, in this case, the only way to turn a physical object into light is if that physical object is made out of energy (much how the principal of how we can go forward through time or possibly in reverse, faster then light). Yes, the tank is made out of light, if your asking how it is possible, it works like teleportation does ( I do NOT want to get into detail, it will take an entire separate article to explain).
How it works is: once the materials react to any flow of energy that physically hits one atom/particle, it moves away from that flow of energy until the particle is no longer moved, moving back to it's original position. It only applys to the special metal, the entire tank and its vital components are covered with this reactive metal, (IT CAN BE RECREATED ON THE PERIOD TABLE OF ELEMENTS!) with the exception of the crew, the crew also wears a synthetic suit, but it is not enough to stop any special tank shell from killing them, so, the metal is engineered via electromagnetically so that it tries to redirect the incoming object, with the exception that the armor of the tank must be 200mm of armor to properly react, (A shell like the one listed above will instantly penetrate 100mm regardless of reactive armor on modern day tanks or not) that way once the shell is inside the tank, the round will just go through the tank armor sides, without even damaging the crew or tanks, essentially GUARANTEEING that the round will ricochet anywhere but inside tank itself.
With a metal that turns into light, it is also (not surprisingly) very light and agile, the engine can propel it to about as quick as a 1972 Corvette Stingray, other features include a instant-heated tea making facility, convertible seats which can be set to a bed for the crew and other.
My Python III project and many others have been operational for awhile now, I could not reveal any content because I had no idea what to present.
(yes, the tank will look sexy, a variation of the T-14 Armata, PL-01 and a Leopard 3)
Feel like you can design and explain a better tank then I can? Link your own PMC project in the comments, and prove me that you too can break the laws of physics!
Shocker6142
CEO of ShockerCo
The glory of the Python IIB was short-lived, ever since it was posted, there were 38 PMC posts which have been deemed a worthy opponent of the Python MBT, the new addition of Futurized Main Battle Tanks (FMBT) are ever more common, and the Python tanks are no exception, after scraping 5 Python Prototypes, I have finally made a small model which will work for the next Python Project, it will have some interesting features, including a working command-block propelled movement.
The advancement of FMBTs meant that armor was becoming more and more thicker (and more and more complex, bigger, and stranger) as well as many p layers switching to much more realistic armament, including electromagnetic naval railguns. I have on the other hand, resorted to a electro-plasma hybrid cannon, one in which uses super heated plasma charges to then melt literally any Alloy we can recreate on the periodic table (including the unidentified "Roswell crash metal" of 1947 [Which is as thing as tin and survived an M1A2 Abrams round]). The shell itself looks like a Fin-stabilized HEAT round, but with a small metal in the front that will super heat and release the explosive contents in a plasma charge. The round can inflict critical damage even if it was a 76mm barreled cannon, this FMBT houses a 200mm.
The reason why this project is nicknamed "Neutron" Python III is because over the months it is clear that my own weapon and potential more powerful armaments can go right through all metals because it is no longer kinetic. The metal of this tank can turn into light whenever it reacts to a motion of particles, in this case, the only way to turn a physical object into light is if that physical object is made out of energy (much how the principal of how we can go forward through time or possibly in reverse, faster then light). Yes, the tank is made out of light, if your asking how it is possible, it works like teleportation does ( I do NOT want to get into detail, it will take an entire separate article to explain).
How it works is: once the materials react to any flow of energy that physically hits one atom/particle, it moves away from that flow of energy until the particle is no longer moved, moving back to it's original position. It only applys to the special metal, the entire tank and its vital components are covered with this reactive metal, (IT CAN BE RECREATED ON THE PERIOD TABLE OF ELEMENTS!) with the exception of the crew, the crew also wears a synthetic suit, but it is not enough to stop any special tank shell from killing them, so, the metal is engineered via electromagnetically so that it tries to redirect the incoming object, with the exception that the armor of the tank must be 200mm of armor to properly react, (A shell like the one listed above will instantly penetrate 100mm regardless of reactive armor on modern day tanks or not) that way once the shell is inside the tank, the round will just go through the tank armor sides, without even damaging the crew or tanks, essentially GUARANTEEING that the round will ricochet anywhere but inside tank itself.
With a metal that turns into light, it is also (not surprisingly) very light and agile, the engine can propel it to about as quick as a 1972 Corvette Stingray, other features include a instant-heated tea making facility, convertible seats which can be set to a bed for the crew and other.
My Python III project and many others have been operational for awhile now, I could not reveal any content because I had no idea what to present.
(yes, the tank will look sexy, a variation of the T-14 Armata, PL-01 and a Leopard 3)
Feel like you can design and explain a better tank then I can? Link your own PMC project in the comments, and prove me that you too can break the laws of physics!
Shocker6142
CEO of ShockerCo
| Credit | Albert Einstein, for theorizing Relativity, Mikhail Lomonosov for proving the conservation of mass, |
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