ULBRICHTS Protection makes true head protection for soldiers

At the Eurosatory international defense technology fair, which starts today in Paris, ULBRICHTS Protection will focus on Effective Head Protection for Soldiers. At its newly designed stand (5H/451), the market and technology leader for ballistic helmets in the police sector will be demonstrating that true protection against projectiles and fragments is also possible for military requirements. In addition to their reduced weight, the latest generation of ballistic titanium hybrid helmets from ULBRICHTS Protection features numerous other innovations in terms of protection, comfort, and design.To get more news about Hard Armor Plates, you can visit bulletproofboxs.com official website.
In contrast to police forces, soldiers have to wear their helmets for much longer stretches at a time. As a result, weight has been the main criterion up to now when selecting combat helmets made mostly out of aramid. Although these are very light and offer good protection against fragments, they display fatal weaknesses in the case of projectiles. Even if the projectile is stopped by the helmet shell, typical NIJ 3a aramid helmets have extremely high back face deformation and potentially deadly residual energy values – and therefore trauma values. When a helmet stops a projectile, the deforming helmet strikes the wearer's head and transfers high residual energy. This will cause potentially fatal head injuries.

After years of research, ULBRICHTS Protection has upgraded its titanium concept, which has been tried and tested for more than 20 years, to bring it into the weight class of combat-ready lightweight helmets. The latest version of the HIGH CUT / JUMP ballistic helmet only weighs around 1.25 kilograms. But despite its low weight, the helmet provides effective protection against handgun fire according to the Golden Standard VPAM 3 HVN 2009. This means that the helmet not only stops the bullet but also that the helmet has a very low back face deformation when being hit. This keeps the strike on the head low and the transferred energy below the threshold value below survivable 25 Joule. Thanks to its combination of titanium and polyethylene, the HIGH CUT / JUMP also offers excellent protection against fragments. This high-tech product not only gives soldiers effective ballistic head protection in highly dynamic situations but also enables them to wear it for long periods – and thus offers them the same level of protection that is already standard in many European police units today.

In addition to the particularly light HIGH CUT / JUMP, the entire VPAM-3 helmet range from ULBRICHTS Protection has also undergone an update. By further developing and improving the materials used, ULBRICHTS has achieved significant weight reductions in its VPAM-3 helmets without compromising their protective effectiveness.

In addition, ULBRICHTS offers the option of achieving true protection against rifles with an additional forehead shield. The FORTIS module can be attached to the front helmet shell in just a few simple steps using the Velcro surface. As a result, this ultra-light helmet variant is also able to stop shots from a Kalashnikov assault rifle using 7.62 x 39 steel-core ammunition (MSC) while at the same time achieving trauma values below 25 joules (test level VPAM 6 and trauma values analog to the European guideline VPAM HVN 2009 below 25 joules). This means that the ballistic protection of the combat helmet and vest can be adjusted. The Head and body are protected in the best possible way against various operational threats.

MARINE CORPS SEARCHES FOR NEW HARD ARMOR PLATE TO LIGHTEN THE LOAD

The Marine Corps has released a request for information for a lightweight hard armor plate to lighten the load for Marines and allow commanders to adapt to the environment, mission and threat on the battlefield.To get more news about Hard Armor panels, you can visit bulletproofboxs.com official website.

Marine Corps Systems Command will assess industry’s capability to make a plate that would supplement the Enhanced Small Arms Protective Insert, or ESAPI plates, and provide sufficient protection for low intensity threat environments. Vendors should be able to produce a minimum of 40,000 lightweight armor plates within a year of First Article Test approval, which is expected 180 days after contract award.

“Our current ESAPI plates do an amazing job of protecting Marines and have saved many lives,” said Nick Pierce, Individual Armor team lead, Program Manager Infantry Combat Equipment at MCSC. “The only problem is Marines are currently given a binary choice between taking on 15 pounds to be protected or zero pounds and very little protection. This new lightweight plate would protect Marines and give commanders the choice of what plate to use based on the specific mission.”

Over the past year, PM ICE conducted an analysis of more than 200 commercial plate designs from 38 different companies to see what type of armor is possible.

MCSC’s Marine Expeditionary Rifle Squad Team tested a selection of the prototype plates through the Marine Corps Load Effects Assessment Program course wearing all of the combat gear. MERS discovered that the lightweight hard armor plate will increase the mobility of Marines by 8 percent.

“Without revealing too much information, I can state unequivocally that the new plates will significantly lighten the load from the Marine, and increase their mobility” said Pierce. “This increased capability can save lives and win battles by enabling Marines to engage the enemy or move to cover and concealment more quickly.”

With a focus on the concepts of modularity and scalability, the team will also ensure the plates will easily slide into the current Plate Carrier and the new PC Gen III, which begins fielding in fiscal 2019. The plates will be purchased in standard sizes as well as three new PC Gen III sizes to confirm Marines of every size and body type can use them.

“The decision to equip Marines with the lightweight plates would be a brilliant way to provide commanders the capability to make their unit more mobile and lethal, while exploiting the weakness of the enemy,” said Capt. Ryan Moore, PM ICE project officer. “If I can make a movement across open terrain to my next piece of cover or micro terrain 8 percent faster, I would argue that this lightened armor helps keep Marines much safer.”

Priorities have not been set yet, but initial fielding would likely go to combat units, Pierce said. Once market research is conducted, the contract could be awarded through full and open competition by the end of fiscal 2019, and fielding could take place as early as fiscal 2020.

Body Armor 101: What You Need to Know

Ever since mankind started attacking one another with pointy objects, man has also thought of ways to defend himself. One of those ways has been the use of personal body armor — whether ancient warriors clad in boiled leather, Samurai dressed in intricate lamellar armor, or medieval knights of old with their iconic plate armor and shields.To get more news about Hard Armor Plates, you can visit bulletproofboxs.com official website.

The advent of firearms and ever more powerful ballistic performance outpaced the development of technologies for protective equipment that could be deployed in a practical manner. Flak jackets (those issued in the Korean and Vietnam wars were constructed of nylon) could help stop fragments and slower or smaller-caliber bullets, but were not effective against typical firearm threats. Metal (steel) plates were required to provide more protection. The end result, not unlike an average teenage boy's attempts to reach second base with his first sweetheart, was heavy, uncomfortable, sweaty, and awkward.

Then in 1965, Stephanie Kwolek, a chemist at DuPont tasked with creating fibers for use in tires, invented a para-aramid synthetic fiber known as Kevlar — giving rise to the so-called bulletproof vests commonly seen today. And good old-fashioned steel has been supplanted with other materials and manufacturing processes to protect against more lethal threats.
Critical to protect warfighters on today's battlefield as well as law enforcement personnel on the streets at home, protective body armor also continues to spark the interest of civilians who might find themselves in harm's way or wish to be prepared. While it's fun to focus on shooting and putting rounds downrange, don't neglect a good defense. Generally speaking, civilians may purchase and own protective body armor, as long as they aren't felons. Committing crimes while wearing armor can also result in additional penalties. Note also that Connecticut's laws require one to purchase body armor in-person from a local retailer; mail order sales aren't allowed. Be sure to double check the regulations in your area. That being said, a number of armor manufacturers have policies restricting or prohibiting sales of their products to civilians, and companies and distributors have various requirements for customers to demonstrate their eligibility.

Soft Versus Hard Armor
There are two main types of body armor: soft and hard. Soft body armor is what many might envision when thinking of police officers — a vest made of flexible materials worn around your torso. Typically, there are inserts (front and back) made of the protective ballistic material, sealed against the elements and held inside of a carrier. The inserts may also extend around the torso to provide side coverage. In some cases, both inserts and carrier are custom built to the end user's exact measurements, providing maximum coverage and comfort. In others, they are available in various standard sizes (e.g. small, medium, large, etc). Custom armor is usually also available specifically for female users, modified to fit their body contours. Carriers may be designed to be worn under clothing for concealed use, or exposed for load carriage and tactical applications.

Hard armor is constructed of rigid materials and, at the expense of weight and flexibility, provides increased protection against greater threats. Because hard armor plates are rigid and can significantly restrict mobility, they are generally sized and placed to protect specific parts of the anatomy only — front, back, and sometimes side as well. In its most basic form, a rifle plate starts as a flat, exactly rectangular shape. But that doesn't match the human body too well unless you're a Lego character, so plates are typically available in various shapes, sizes, and curvatures. For instance, plates with a “shooter's cut” or “swimmer's cut” have the top corners clipped to allow for more natural buttstock placement and articulation of the user's arms and shoulders. Single curve plates are curved along a single dimension, while multi-curve plates are contoured along two or more dimensions, to better fit your torso. Keep in mind that if you look more like Homer Simpson than Tim Kennedy (see page 90), you may have difficulty finding plates contoured to match your Duff Beer-fueled shape. Usually this means living with a smaller plate and less coverage in order to accommodate your body type.

Armored Republic Body Armor 101

At its most basic, body armor is used to protect the wearer from physical attacks. Modern body armor is made from a variety of high-tech materials, the most famous being Kevlar®, which is a woven material that is layered to create ballistic panels used in “bulletproof” vests worn by military, civilians, and police around the world. But it’s incredibly important to note:To get more news about Hard Armor Plates, you can visit bulletproofboxs.com official website.

No body armor is bulletproof.
A truly bulletproof material would stop all bullets at all speeds at all quantities. No material fits that description. All materials designed to stop bullets are best described as bullet-resistant, specifically being resistant to the ammunition it was designed to defeat. But no body armor can guarantee to stop bullets of all velocities, weights, and designs.

With that in mind, certain bullet types will defeat certain types of armor more easily, and some exotic rounds may make a piece of armor much less effective. Armor manufacturing companies have to choose which bullets to prioritize stopping, and while they could potentially develop armor to stop truly exotic rounds, the priority is to protect the user from threats he/she is most likely to face.

The right to own and use body armor is protected in the Constitution under the right to bear arms - its only difference from firearms, as noted earlier, is that this equipment is designed to protect the wearer rather than to neutralize a threat through offensive engagement.
Body armor will stop a bullet in different ways depending on the material. All materials, however, will stop a threat by preventing penetration. The impact of the bullet is absorbed by the material and the bullet is either caught (as with soft armor), disintegrated (as with steel and, to a lesser extent, ceramic), or captured within the armor (as with polyethylene).

Soft armor, used in “bulletproof” vests (remember, though, that no armor is truly bulletproof), can be made from a P-Aramid material (such as DuPont Kevlar®, Teijin Twaron®), a Polyethylene material (such DSM’s Dyneema® or Honeywell Spectra®), or a combination of the two. These materials are then formed into a fabric that is cut and sewn to create the armor panels used in ballistic vests. Soft armor offers lightweight, flexible, and concealable protection against most handgun ammunition.
Hard armor can be made from Armor-Grade Steel (such as AR500, AR550, and AR600), Steel Alloy armor blends, Ultra-High Molecular Weight Polyethylene (UHMWPE, also called polyethylene or PE plates), Ceramic Composites (such as aluminum oxide, boron carbide, or silica carbide), or a combination of these materials (such as ceramic paired with UHMWPE). Hard armor protects the wearer from both pistol and rifle-level threats.