Noah Corek
Cocked, Locked and a Smoking Barrel
Intent: To create a new type of bullet to make more effective slugthrowers
Development Thread: N/A
Manufacturer: Hekler'Kok Defense Industries
Model: HeklerKok Caselesss Ammunition
Affiliation: Independent
Modularity: Pistol: 9mm, 10mm and 12.7mm Rifle: 5.56mm, 7.62mm, 12.7mm, 15mm, 20mm and 25mm Heavy: 40mm, 50mm, 60mm, 76mm, 88m, 100mm, 105mm, 120mm and 150mm
Production: Mass-Produced
Material: Metal (Common medals include Tungsten, Depleted Uranium and even Lead) and RDX (amounts depends on type of bullet)
Description: When it was found that sales had been down in the quarter due to the fact that Cade Lee was now making cartridges at half the price, Hekler'Kok needed a new flagship product that could be produced at the same price of normal shell-based bullets but somehow better. It was a lowly techie that came up with a idea, of course instead of being a lowly techie now, she is now Noah's right hand when it comes to new products. Her idea was to use a explosive compound called RDX in small amounts, enough to propel it at the same velocity and speed as normal cordite based bullets but it also allows to be more cheaply produced. The idea of caseless ammo poses a lot of benefits, one being the fact that more ammo can be carried and put into magazines and carried by soldiers. A downfall though is the fact that RDX leaves more residue in the barrel and action, which means that users have to be more maintenance conscious compared to other weapons. The way the bullet works is that a electric spark ignites the RDX, sending the bullet out of the barrel, after that everything else is nature. To keep the RDX from exploding on contact, the bullet is put in a special coating, the coating allows the bullet to accelerate without exploding but the coating also evaporates or disentegrates from the heat as the bullet is propelled through the barrel. To keep the powder in place, a plastic cap is put on the end of the bullet, this keeps the powder in place and is disentegrated along with the coating. Though it was found that the coating would evaporate and some of the plastic would melt into the barrel and in time this would cause a explosion in the barrel. After consulting with a few engineers, Noah came up with the idea of adding a extra layer of heat-resistant polymer, this polymer would keep the original coating and plastic cap from gumming up the barrel and action. The polymer would keep the powder, original coating and plastic cap intact until it left the barrel, at which point evaporate on its way to the target.
Development Thread: N/A
Manufacturer: Hekler'Kok Defense Industries
Model: HeklerKok Caselesss Ammunition
Affiliation: Independent
Modularity: Pistol: 9mm, 10mm and 12.7mm Rifle: 5.56mm, 7.62mm, 12.7mm, 15mm, 20mm and 25mm Heavy: 40mm, 50mm, 60mm, 76mm, 88m, 100mm, 105mm, 120mm and 150mm
Production: Mass-Produced
Material: Metal (Common medals include Tungsten, Depleted Uranium and even Lead) and RDX (amounts depends on type of bullet)
Description: When it was found that sales had been down in the quarter due to the fact that Cade Lee was now making cartridges at half the price, Hekler'Kok needed a new flagship product that could be produced at the same price of normal shell-based bullets but somehow better. It was a lowly techie that came up with a idea, of course instead of being a lowly techie now, she is now Noah's right hand when it comes to new products. Her idea was to use a explosive compound called RDX in small amounts, enough to propel it at the same velocity and speed as normal cordite based bullets but it also allows to be more cheaply produced. The idea of caseless ammo poses a lot of benefits, one being the fact that more ammo can be carried and put into magazines and carried by soldiers. A downfall though is the fact that RDX leaves more residue in the barrel and action, which means that users have to be more maintenance conscious compared to other weapons. The way the bullet works is that a electric spark ignites the RDX, sending the bullet out of the barrel, after that everything else is nature. To keep the RDX from exploding on contact, the bullet is put in a special coating, the coating allows the bullet to accelerate without exploding but the coating also evaporates or disentegrates from the heat as the bullet is propelled through the barrel. To keep the powder in place, a plastic cap is put on the end of the bullet, this keeps the powder in place and is disentegrated along with the coating. Though it was found that the coating would evaporate and some of the plastic would melt into the barrel and in time this would cause a explosion in the barrel. After consulting with a few engineers, Noah came up with the idea of adding a extra layer of heat-resistant polymer, this polymer would keep the original coating and plastic cap from gumming up the barrel and action. The polymer would keep the powder, original coating and plastic cap intact until it left the barrel, at which point evaporate on its way to the target.
