How to create chemical/biological bullets

Toxicity – LD50

Creating chemical or biological weapons - easier than creating explosives

Poisoned bullets or arrowheads have been used in warfare for thousands of years. Archers understood the effect of dragging their arrows through dirt or feces in the medieval period. This would cause infections as there were no antibiotics at the time.

For those Justiciar Knights who feels it would be simply too risky or unrealistic to successfully manufacture explosives of the appropriate or required quanta there are other just as efficient methods of shock attacks that are available to us. Shock attacks or more precisely armed assaults, involving assault rifles or pistols, on concentrations of category A and B traitors, should be combined with the application of poison bullets. A relatively simple process will convert hollow point and even standard ammunition – lead or other alloy bullets into hollow bullets. These hollow projectiles are then injected with a biological or chemical toxin. After the injection the hole is plugged with a self-made plastic or rubber cap. The purpose of using chemical or biological rounds is to inflic fatal poisoning should the target fail to die from external or internal bleeding from the projectile itself. A relatively simple procedure and manufacturing technique converts your projectile weapon into a chemical or biological weapon. I will explain in depth how this is done for the manufacture of the chemical and biological toxin itself and for converting standard bullets into chemical and/or biological rounds.

The term toxicity is used to express how poisonous a chemical is. Scientists distinguish between two kinds of toxicity: acute and chronic. Acute toxicity refers to the amount of damage caused by a chemical after a short-term exposure to a large dose of the chemical.

Scientists have various ways of measuring the acute toxicity of a chemical. Perhaps the most common is called LD50. The abbreviation LD50 stands for "lethal dose, 50 percent." It is the amount of the chemical required to kill one-half of a population of organisms in a short period of time.

In order for a toxin to be useful as a weapon with lethal effect it is required that the LD50 dose physically fits inside a hollow projectile. This excludes the great majority of toxins as most poisons have an LD50 of more than 500 mg.

Projectile capacity vs. caliber:

7.62 – 300 mg

5.56 – 100 mg (too small)

9 mm – 150 mg

For this you will need a rifle/pistol hollow point bullet. Hollow point ammo is impossible to aquire for pistols in most countries and hard to acquire for semi-automatic rifles in some. If acquiring hollow point ammo is not an option for you, you have two options:

1. Buy hollow point bullets (JHP) and use a syringe to inject the toxin. Plug the hole when done. If necessary, use the thinnest of drill heads to make the hollow area bigger before injection and plugging.

2. I haven’t actually bothered to test the following method, since I have access to hollow point ammo for my Ruger Mini-14. But theoretically, this should work: set up an improvised work bench, fasten the projectile (I don’t think it will work if the projectile is still inside the bullet) and drill out a hollow chamber in each projectile from the top down (you first cut of the tip with a metal clipper). It may be easier to use FMJ (full metal jacket) bullets as it consists of a lead projectile with a metal layer. When you clip the edge it should be easy to drill out enough lead to form an appropriate hollow chamber which can be plugged. This will require some practice and expect to fail on your first few projectiles. As soon as you have successfully drilled out a hollow chamber inside the desired number of projectiles you must self load these projectiles to produce bullets. As soon as you have created the bullets only the injection and plugging remains. Choose an injection method based on the toxins substance form. For liquids use a syringe with needle, for powder use a mini funnel. As you have injected the desired amount of toxin (60-150 mg) you seal the chamber by placing a small circle of aluminum foil (created by using a paper hole puncher. You put the circle in place with a pincer and place a drop or two of superglue to seal the chamber. You then place another circle of aluminum foil above the layer of superglue followed by a drop or two of melted tin to complete the job. Alternatively, you may create plastic/rubber improvised plugs and f example add a little bit of super glue. You end up with a chemical/biological projectile with a relatively a smooth projectile tip.

3. Bullet casting: order a hollow point custom mould from a US/Euro company and cast your own projectiles

Intro to bullet abreviations:

Jacketed Hollow Point = JHP (common)

Jacketed Hollow Core=JHC (rare)

Hollow-Cavity Bullet=HCB (rare)

Cavity Bullet=CB (rare)

Full Metal Jacket=FMJ (common)

Cavity bullet mold:

http://www.midwayusa.com/viewProduct/?productNumber=505491.%29

Дата добавления: 2015-05-31