How to make a bulletproof vest at home

how to make a bulletproof vest at home

How To Build A DIY Ballistics Plate Body Armor For Cheap

Oct 23,  · In this video I will show you how I made bullet proof vest that can stop rifle rounds. You'll need to either weave kevlar cloth from kevlar thread or buy kevlar cloth and tailor your vest out of that. I haven't researched if you can even buy kevlar cloth in the quality and weight needed for a true bullet proof vest. It's really going to be much cheaper to just purchase one ready made and ready tested to .

Today I have not one but two youtube videos for you. I really want how to make a bulletproof vest at home real body armor plate. I also want to shoot the hell out of one. There in lies my problem. But I also want to try to destroy one as well. Will it be as good as a professionally made one? Will it stop a bullet? Hell yes, it will! I used a steel I-beam piece, a ceramic floor tile, duck tape and a can of plastidip. This thing is heavy as shit.

And tough as a hell. No bullets got through the plate. The ceramic tile was demolished. And shrapnel went everywhere.

So although no vital organs would be ventilated you would likely be shredded from the shrapnel. The pastidip did not work as well as I had wanted. For version 2. If you want to buy one I found the Cheapest One on amazon. Great video on plate body armor and I am looking forward to your creations with your attitude.

The original MEN would build suggestions sent in from their readers and publish home builds from readers sent in to be published. They would also ask for feed back on their home builds.

MEN would encourage their readers to use anything from junk yards the local dump and from any source that average person would not think of. A suggestion was sent in to use a 9 foot TV receiver the old kind and cover it with mirrors to heat a water pod sticking out from center. The water got to degrees. Then they connected it to a steam engine and then they thought about very publicly connecting the steam engine to an electric generator.

Before MEN hooked up the steam engine to the electric generator it was sold to the enemy todays version of Mother Earth News and poof there was never a threat to the establishment again. This is not to say that MEN of today does not give good survival.

It does say that unlike 20 years ago todays MEN will not challenge the big boys. Keep up the good work. Survival With A Punk Attitude! Where did you buy Couch Potato Mike and are the more that I can purchase one? Good idead on the plasti dip. Spall under the chin will ruin your day! Lol Couch Potato Mike is one of a how to make a bulletproof vest at home. The mold broke after spitting him out.

Thanks for how to make a countertop out of hardwood flooring comment. I like that idea. I have a million more floating around my head. Think this post was worth 20 cents? Consider joining The Survivalpunk Army and get access to exclusive content and discounts!

Making the Armor

May 28,  · About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features Press Copyright Contact us Creators. Aug 02,  · In this video Blaine and I have a $30 bullet proof vest build off and could not believe the results! Help me hit 5, subs! Dec 21,  · My original hope was for this plate to be able to stop the 9mm hand guns, I would've been happy if it succeeded in just that. But I was blown the heck away a.

Bulletproof vests are modern light armor specifically designed to protect the wearer's vital organs from injury caused by firearm projectiles. To many protective armor manufacturers and wearers, the term "bulletproof vest" is a misnomer. Because the wearer is not totally safe from the impact of a bullet, the preferred term for the article is "bullet resistant vest. Over the centuries, different cultures developed body armor for use during combat.

Mycenaeans of the sixteenth century B. Elsewhere, armor was made from the hides of animals: the Chinese—as early as the eleventh century B. Quilted armor was available in Central America before Cortes, in England in the seventeenth century, and in India until the nineteenth century. Mail armor comprised linked rings or wires of iron, steel, or brass and was developed as early as B.

The Roman Empire utilized mail shirts, which remained the main piece of annor in Europe until the fourteenth century. Japan, India, Persia, Sudan, and Nigeria also developed mail armor. Scale armor, overlapping scales of metal, horn, bone, leather, or scales from an appropriately scaled animal such as the scaly anteater , was used throughout the Eastern Hemisphere from about B.

Sometimes, as in China, the scales were sewn into cloth pockets. Brigandine armor —sleeveless, quilted jackets—consisted of small rectangular iron or steel plates riveted onto leather strips that overlapped like roof tiles.

The result was a relatively light, flexible jacket. Earlier coats of plates in the twelfth-century Europe were heavier and more complete. These led to the familiar full-plate suit of armor of the s and s.

Many consider brigandine armor the forerunner of today's bulletproof vests. The Chinese and Koreans had similar armor around A.

One piece of breast-plate within a cover became the norm after , and short brigandine coats with plates that were tied into place prevailed in Europe until With the introduction of firearms, armor crafts workers at first tried to compensate by reinforcing the cuirass, or torso cover, with thicker steel plates and a second heavy plate over the breastplate, providing some protection from guns.

Usually, though, cumber-some armor was abandoned wherever firearms came into military use. Experimental inquiry into effective armor against gunfire continued, most notably during the American Civil War, World War I, and World War II, but it was not until the plastics revolution of the s that effective bulletproof vests became available to law enforcers, military personnel, and others.

The vests of the time were made of ballistic nylon and supplemented by plates of fiber-glass, steel, ceramic, titanium, Doron, and composites of ceramic and fiberglass, the last being the most effective. Ballistic nylon was the standard cloth used for bulletproof vests until the s. In , Stephanie Kwolek, a chemist at Du Pont, invented Kevlar, trademark for poly-para-phenylene terephthalamide, a liquid polymer that can be spun into aramid fiber and woven into cloth.

Originally, Kevlar was developed for use in tires, and later for such diverse products as ropes, gaskets, and various parts for planes and boats. In , Lester Shubin of the National Institute of Law Enforcement and Criminal Justice advocated its use to replace bulky ballistic nylon in bulletproof vests.

Kevlar has been the standard material since. Originally used for sail cloth, the polyethylene fiber is now used to make lighter, yet stronger, nonwoven material for use in bulletproof vests along-side the traditional Kevlar. A bulletproof vest consists of a panel, a vest-shaped sheet of advanced plastics polymers that is composed of many layers of either Kevlar, Spectra Shield, or, in other countries, Twaron similar to Kevlar or Bynema similar to Spectra.

The layers of woven Kevlar are sewn together using Kevlar thread, while the nonwoven Spectra Shield is coated and bonded with resins such as Kraton and then sealed between two sheets of polyethylene film. The panel provides protection but not much comfort. The side of the shell facing the body is usually made more comfortable by sewing a sheet of some absorbent material such as Kumax onto it. A bulletproof vest may also have nylon padding for extra protection.

For bulletproof vests intended to be worn in especially dangerous situations, built-in pouches are provided to hold plates made from either metal or ceramic bonded to fiberglass. Such vests can also provide protection in car accidents or from stabbing. Various devices are used to strap the vests on. Sometimes the sides are connected with elastic webbing. Usually, though, they are secured with straps of either cloth or elastic, with metallic buckles or velcro closures.

Some bulletproof vests are custom-made to meet the customer's protection needs or size. Most, however, meet standard protection regulations, have standard clothing industry sizes such as 38 long, 32 short , and are sold in quantity. Bulletproof vests undergo many of the same tests a regular piece of clothing does.

The fiber manufacturer tests the fiber and yarn tensile strength, and the fabric weavers test the tensile strength of the resultant cloth. Nonwoven Spectra is also tested for tensile strength by the manufacturer.

Vest manufacturers test the panel material whether Kevlar or Spectra for strength, and production quality control requires that trained observers inspect the vests after the panels are sewn and the vests completed.

Bulletproof vests, unlike regular clothing, must undergo stringent protection testing as required by the National Institute of Justice NIJ. Not all bulletproof vests are alike. Some protect against lead bullets at low velocity, and some protect against full metal jacketed bullets at high velocity. Each classification specifies which type of bullet at what velocity will not penetrate the vest. While it seems logical to choose the highest-rated vests such as III or IV , such vests are heavy, and the needs of a person wearing one might deem a lighter vest more appropriate.

For police use, a general rule suggested by experts is to purchase a vest that protects against the type of firearm the officer normally carries. The size label on a vest is very important. Not only does it include size, model, style, manufacturer's logo, and care instructions as regular clothing does, it must also include the protection rating, lot number, date of issue, an indication of which side should face out, a serial number, a note indicating it meets NIJ approval standards, and—for type I through type III-A vests—a large warning that the vest will not protect the wearer from sharp instruments or rifle fire.

Bulletproof vests are tested both wet and dry. This is done because the fibers used to make a vest perform differently when wet. Testing wet or dry a vest entails wrapping it around a modeling clay dummy. A firearm of the correct type with a bullet of the correct type is then shot at a velocity suitable for the classification of the vest.

Each shot should be three inches 7. Six shots are fired, two at a degree angle of incidence, and four at a 0-degree angle of incidence. One shot should fall on a seam. This method of shooting forms a wide triangle of bullet holes. The vest is then turned upside down and shot the same way, this time making a narrow triangle of bullet holes.

To pass the test, the vest should show no sign of penetration. That is, the clay dummy should have no holes or pieces of vest or bullet in it. Though the bullet will leave a dent, it should be no deeper than 1. When a vest passes inspections, the model number is certified and the manufacturer can then make exact duplicates of the vest. After the vest has been tested, it is placed in an archive so that in the future vests with the same model number can be easily checked against the prototype.

Rigged field testing is not feasible for bullet-proof vests, but in a sense, wearers such as police officers test them everyday. Studies of wounded police officers have shown that bulletproof vests save hundreds of lives each year.

Tarassuk, Leonid and Claude Blair, eds. The Complete Encyclopedia of Arms and Weapons. Simon and Schuster, Anderson, Jack and Dale Van Atta.

April 9, , p. Chapnick, Howard. November , pp. Faison, Seth, Jr. September 15, , p. Flanagan, William G. July 6, , p. Lappen, Alyssa A. February 6, , pp. Toggle navigation. Kevlar has long been the most widely used material in bulletproof vests.

To make Kevlar, the polymer solution is first produced. The resulting liquid is then extruded from a spinneret, cooled with water, stretched on rollers, and wound into cloth.

A recent competitor to Kevlar is Spectra Shield. Unlike Kevlar, Spectra Shield is not woven but rather spun into fibers that are then laid parallel to each other. The fibers are coated with resin and layered to form the cloth. After the cloth is made, it must be cut into the proper pattern pieces. These pieces are then sewn together with accessories such as straps to form the finished vest.

Other articles you might like:. User Contributions: 1. I would like to know if someone knows about this type of project. I can design but I would like to know better the materials that I have to use when I make the vest. An were I can buy it or find it what store. Thank you in advance. Violeta McClellan. Comment about this article, ask questions, or add new information about this topic: Name:.

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