Top 45 How To Put Plates In Iotv 8014 Good Rating This Answer

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The IOTV provides the ability to don the vest in two ways. The first is to simply place the vest over the head and pull down, and the second is to remove fasteners on the wearer’s left shoulder, sliding into the vest to the right.The IOTV Conversion Kit takes the soft-armor, ballistic inserts from existing IOTV inventories and places them into a new carrier, creating the latest-generation vest. A Gen III IOTV ordered from DLA costs $791 per system, but the average unit cost of a Gen III Conversion Kit is $413.The IOTV, when loaded with heavy plates, weighs about 31 pounds, while a comparable TEP system checks in at about 23 pounds, or 26 percent lighter. Brown said the Army pushed with industry to reduce weight while meeting future threats.

Contents

What are the methods to don the IOTV?

How much is an IOTV?

The IOTV Conversion Kit takes the soft-armor, ballistic inserts from existing IOTV inventories and places them into a new carrier, creating the latest-generation vest. A Gen III IOTV ordered from DLA costs $791 per system, but the average unit cost of a Gen III Conversion Kit is $413.

How much do the plates in an IOTV weigh?

The IOTV, when loaded with heavy plates, weighs about 31 pounds, while a comparable TEP system checks in at about 23 pounds, or 26 percent lighter. Brown said the Army pushed with industry to reduce weight while meeting future threats.

Are SAPI plates stand alone?

Hesco 4400 Level IV Stand Alone Plate – SAPI Cut. The Hesco 4400 is a midweight (7.6 lbs), multi-curve, SAPI-cut, Stand Alone Level IV Special Threat tested plate that balances lower cost with proven and certified performance.

Does the military use steel plates?

That’s why the U.S. military uses ceramic plates and Kevlar body armor. It not only protects troops but allows them enough mobility to do their jobs in a hostile environment.

How much do Army plates weigh?

The Army’s Research Laboratory reduced the weight of a size medium Enhanced Small Arms Protective Insert plate from 5.45 pounds to 4.9 pounds as part of the Advanced Body Armor Project.

How much does Army body armor weigh?

Altogether the full system weighs some 16 pounds (7.25 kg), but it provides protection against 7.62-mm full-metal-jacket rifle bullets—a level of protection that earlier versions of body armour could not provide.

What plate carrier does the army use?

The Soldier Plate Carrier System (SPCS), known commercially as the KDH Magnum TAC-1, is a plate carrier developed for the U.S. Army which provides protection in accordance with if not greater than, the Improved Outer Tactical Vest.

How much does an IOTV 2 weigh?

With all inserts and plates, the total Interceptor Body Armor system weight with the IOTV, size medium, is 30 pounds, compared with 33.11 pounds with an OTV.

What is FLC Army?

Military Issue ACU Fighting Load Carrier Vest, Used

The MOLLE System Fighting Load Carrier knowns as the FLC, is designed to be a standalone vest that will also fit underneath the full MOLLE ruck pack. The FLC vest is made to support heavy loads, be breathable and give options on how you want to set it up.

What level are SAPI plates?

SAPI body armor panels are made of Ceramics, and as far as protection levels are concerned, in terms of the National Institute of Justice, they are level III plates. This means that they will stop the most popular intermediate rifle rounds including 5.56×45, 7.62×39, and 7.62×51 NATO or a 308 Winchester round.

Can you put your IOTV in the washer?

Do not machine wash or dry vest. Machine washing /drying will damage or destroy the IOTV and Plate Carrier. Hand-wash IOTV and Plate Carrier outer shell and component carriers only in cold water or warm water, using a mild detergent or soap.

Can soldiers buy their own body armor?

Military personnel can request money to cover equipment—like body armor, helmets, protective goggles, and hydration systems—that they purchased between Sept.

Can cops wear plate carriers?

If there is a perpetrator with a rifle, the officer will not engage before they call for backup and pick up their plate carrier from the vehicle. But, for regular use, a standard-issue pistol and a soft ballistic bulletproof vest are more than enough to serve and protect on a daily basis.

Where does the IFAK go on the IOTV?

The IFAK is usually placed on the second line, i.e. attached to the combat vest or plate carrier. This is when you wear both the vest and the battle belt. There are also situations when you don’t have a vest, only the belt. Then you should carry the IFAK on the belt or in your pocket.

Where does the deltoid protector go?

The deltoid protector attaches at the shoulder of the outer tactical vest (OTV) and is secured around the wearer’s arm with a strap. The deltoid protector is interchangeable with the deltoid protector for the improved outer tactical vest.

What plate carrier does the army use?

What level are SAPI plates?

How to Put Plates in U.S. Army IOTV

How to Put Plates in U.S. Army IOTV – YouTube

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Contents

Background[edit]

Technical details[edit]

Features[edit]

Effectiveness[edit]

Users[edit]

Improved Outer Tactical Vest

The Improved Outer Tactical Vest (IOTV) is an enhanced version of, and a replacement for, the older Outer Tactical Vest (OTV) variant of the Interceptor Body Armor, as fielded by the United States Army. The IOTV is compatible with the Deltoid and Axillary Protector System (DAPS) components, ESAPI (Enhanced Small Arms Protective Insert), Enhanced Side Ballistic Inserts (ESBI), as well as the OTV’s groin protector. It has a flame-resistant stand-alone shirt known as the Army Combat Shirt designed specifically for use with the IOTV.

The OTV design was considered insufficient and lacking in certain areas, which led to the IOTV’s development and fielding. The IOTV is currently produced by Point Blank Body Armor, BAE Systems,[1] KDH Defense Systems,[2] Protective Products Enterprises,[3] UNICOR and Creative Apparel Associates. The IOTV first saw action in combat with U.S. Army ground combat units in from mid-2007[4] onward and currently remains the standard body armor type used by regular U.S. Army ground combat units overseas, although the new Modular Scalable Vest is set to replace it in the coming years.

Background [ edit ]
While the Interceptor Body Armor and the Outer Tactical Vest were considered fairly effective, questions were raised over whether or not they were the best possible armor solution for soldiers of the United States Military. This debate was heightened by controversy over Dragon Skin, produced by the now defunct Pinnacle Armor. Various claims surfaced that Dragon Skin was more effective at protecting soldiers than the then standard issue Interceptor body armor system, with independent studies and reports seeming to back these claims, eventually leading to multiple congressional members asking for further evaluation.[5] In response, the military made public testing that showed widespread failures in the testing of the Dragon Skin armor.[6] Ultimately, Dragon Skin never saw widespread adoption, and many of the perceived shortfalls of the Outer Tactical Vest such as standard of protection or modularity were addressed in the new Improved Outer Tactical Vest and E-SAPI plates.

Technical details [ edit ]
A size Medium IOTV weighs 3.6 pounds (1.6 kg),[7] less than a Medium OTV vest, while providing more coverage. However, a fully equipped IOTV, complete with all its components (soft armor panel inserts, four ballistic plate inserts (front and back plates and two side plates), collar, and groin protectors) still weighs 30 pounds (14 kg), with a Large IOTV weighing about 35 pounds (16 kg). The functionality of the enhanced side ballistic inserts, which provide coverage under the arms and down the sides of the torso, is built into the IOTV.

The IOTV provides the ability to don the vest in two ways. The first is to simply place the vest over the head and pull down, and the second is to remove fasteners on the wearer’s left shoulder, sliding into the vest to the right. To complete the procedure for both methods the wearer then lifts up the front panel of the vest and fastens the waistband, which takes the weight of the vest off the shoulders somewhat, and then fastens the side protection modules.

A key design feature for the IOTV is that the entire armor system is able to be released with the pull of a hidden lanyard. The armor then falls apart into its component pieces, providing a means for escape in case the wearer falls into water or becomes trapped in a hazardous environment.[8] The hidden release lanyard also allows medical personnel easier access to a casualty, which was one concern that was not addressed with the old Interceptor armor.

It also features a grid of PALS webbing on the front, back, and sides for the attachment of modular pouches and accessories such as neck and throat protection, groin protection, or deltoid protection.[9]
Female model [ edit ]
In response to the large numbers of female soldiers in the army, a female-specific version of the IOTV (F-IOTV) was developed. Previously, standard tactical vests were issued to women in combat. Army soldiers found that women’s movement was restricted, in ways such as bending over, getting in and out of tight spaces, or positioning their rifles against their shoulders. The long armor plates inside the vests would also rub against their hips and cut into their thighs when they sat down. Development of a model for women began in 2009. After much testing and measurements, the Army came up with a vest that is shorter to accommodate smaller torsos and has tailoring to fit closer to women’s chests. The new vest eliminates gaps between the material and the body and can be fitted with smaller side ballistic inserts for small waist sizes. The vest has a lighter feel because it doesn’t rest on the female soldier’s shoulders like the male vest. The first female soldier vests were given to soldiers deploying for Afghanistan in September 2012.[10]
Features [ edit ]
Nearly all modern military body armor is designed to prevent penetration from bullets to vital areas of the body, in addition to protection against knives and fragmentation from explosives. Typically this is accomplished through both highly durable woven synthetic fibers such as Kevlar or Dyneema, and either metal or ceramic ballistic plates. The IOTV is the standard issue torso protection component to the United States Army.

The IOTV is designed to take the weight of the vest off the shoulders and move it to the lower torso. The vest is also equipped with a mesh inner cover that is designed to improve airflow inside of the armor. There is also a back pad in the lower back area of the vest, which is designed to defeat fragmentation impacts to the lower back/kidney areas. However, the back pad does not provide significant ballistic protection. The vest can withstand a direct impact from a 7.62 millimeter (both NATO and ex-Soviet types) on the front or rear if using the older SAPI plates (NIJ standard III). Use of the new E-SAPI plates increase protection to armor-piercing versions of the aforementioned rounds in addition to .30-06 Springfield M2 armor-piercing rounds (NIJ standard IV). The IOTV provides, without the ballistic ceramic plates inserted, protection from small caliber rounds (i.e. 9mm) and fragmentation. The soft kevlar panels have been tested to stop 9 mm 124 grain full metal jacket bullets at 1,400 ft/s (426 m/s) with minimal deformation and has a V-50 of roughly 1,525 ft/s (465 m/s). This means that the bullet has to be traveling faster than 1,525 ft/s for it to have more than a 50% chance of breaking through the soft armor panel. These specifications are similar to the NIJ standard level III-A certification, however, military standards do not require their vests to be NIJ certified as this is primarily a law enforcement standard.

The modular design of the vest allows greater tactical flexibility in regards to different situations faced by ground troops. A US Army medical research report concluded that greater modular design leads to the ability to find a more effective balance between projectile protection and the physical endurance of the soldier, preventing losses in agility and mobility, and therefore reducing potential injuries or casualties.[11]
E-SAPI Plates [ edit ]
E-SAPI (Enhanced Small Arms Protective Insert) plates and their smaller counterparts E-SBI (Enhanced Side Ballistic Inserts) plates, are ceramic ballistic plates that provide the bulk of the protection against projectiles when carried in an Improved Outer Tactical Vest, and are also used as part of many other body armors such as the Modular Tactical Vest. E-SAPI plates are designed to cover the vital front and back torso areas of the torso, while E-SBI plates are designed to protect the sides of the torso. The plate component itself is made of boron carbide, a widely used and extremely hard boron-carbon ceramic. Backing the plate is a layer of Spectra, a woven polymer material with extremely high tensile strength meant to stop any projectile that manages to pass through the ceramic strikeface.[12]
When a bullet strikes the E-SAPI plate, the kinetic energy is dispersed throughout the ceramic layer, and the majority of military rounds in common use are stopped or broken up. If the bullet continues through the boron carbide layer, the Spectra backing either stops the bullet, or, if the bullet was powerful enough, allows the bullet to pass through into the IOTV itself, and likely the wearer. Even in the event of the E-SAPI plate failing to prevent penetration, the velocity and energy of the penetrating round is oftentimes reduced to the point where the resulting wound is non lethal. E-SAPI plates are manufactured by Armorworks Enterprises, Ceradyne, Simula, and BAE Systems.[13]
Durability standards are high for E-SAPI plates, with Army requirements on environmental condition testing involving the plates being kept 6 hours at both a high temperature and a low temperature in addition to being dropped twice among a variety of other requirements. USSOCOM requirements are even more stringent, involving 24 hours at high and low temperatures.[14]
While E-SAPI plates do hold significant defensive advantages over the preceding SAPI plates, the increased protection comes at the cost of increased weight and significantly increased cost. Comparing medium-sized plates, a SAPI plate weighs 1.82 kilograms while an E-SAPI plate weighs 2.5 kilograms, over a 35 percent increase in weight.[15] In regards to cost, E-SAPI plates cost 50 percent more, coming in at approximately $600 per plate.[16] SAPI plates were largely phased out in favor of E-SAPI plates beginning in 2005.

XSAPI Plates [ edit ]
XSAPI (X Threat Small Arms Protective Insert) plates are ceramic ballistic plates that have begun replacement of the ESAPI. They are mostly issued to personnel in higher threat environments like Iraq or Afghanistan. The plates are tan colored[17] and the first batch was shipped in the second quarter of 2009, Ceradyne receiving a $77 million contract for delivery.[18] Its threat level is presumably against the M993 7.62 NATO penetrator, as denoted by the back’s marking.[19] In the text “7.62mm AP/WC Protection” displayed on the back of the plate, “WC” is the chemical formula for tungsten carbide, the penetrator material of the M993 projectile.

USMC corporal showing the E-SAPI plate which successfully stopped a bullet in combat when he was hit.

Effectiveness [ edit ]
The Improved Outer Tactical Vest as a whole is an improvement over previous US body armor systems, with the fragmentation vest from the Vietnam War being limited to fragmentation protection, the PASGT vest being limited to pistol rounds, and the previous Outer Tactical Vest being unable to stop armor piercing rounds.

In response to the feedback of soldiers on the effectiveness of the armor system, the Army has continually upgraded the IOTV with new features, with Generation III involving a more intuitive quick release system and the new Operational Camouflage Pattern (OCP). Rather than producing entirely new IOTV armor sets, body armor conversion kits have been delivered at a lower cost in order to bring older Generation armor sets up to newer standards.[20]
Alternatives [ edit ]
One criticism carried over from the older OTV to the newer IOTV is what is regarded as the excessive weight of the armor, especially by dismounted infantrymen who regard the armor almost as a liability. In response to this, the U.S. Army is looking into supplementing the heavy IOTV with the newer Modular Body Armor Vest (MBAV) and Soldier Plate Carrier System (SPCS) already in service in Ranger and Airborne units. The MBAV and SPCS do provide less soft body armor coverage, but are lighter than the IOTV, thus more suitable for patrol in Afghanistan.[21] The Army plans to introduce the torso and extremity protection (TEP) system beginning in 2018, which includes a modular scalable vest, ballistic combat shirt, blast pelvic protection system, and battle belt to reduce overall weight from 26 to 21 lb (11.8 to 9.5 kg) while maintaining coverage by reducing excess bulk.[22] The Modular Scalable Vest, first issued in 2018, is set to replace the IOTV as the standard protective vest issued to US soldiers.

Users [ edit ]
See also [ edit ]
References [ edit ]

Army upgrades body armor, saves money

1 / 4 Show Caption + Hide Caption – (Photo Credit: U.S. Army) VIEW ORIGINAL 2 / 4 Show Caption + Hide Caption – (Photo Credit: U.S. Army) VIEW ORIGINAL 3 / 4 Show Caption + Hide Caption – Spc. Christopher Hattaway, left, Spc. Chanel Coco and Staff Sgt. Anthony Sabato, assigned to the 143rd Sustainment Command (Expeditionary), inspect and exchange plates at the plate carrier collection point in Manas, Kyrgyzstan, Feb. 11, 2015. They lo… (Photo Credit: U.S. Army) VIEW ORIGINAL 4 / 4 Show Caption + Hide Caption – (Photo Credit: U.S. Army) VIEW ORIGINAL

FORT BELVIOR, Va. (April 27, 2015) — It is not every day you can get half of the latest and greatest product in any industry, but that is exactly what a team from the product manager for Soldier Protective Equipment, or PdM SPE, and Defense Logistics Agency Troop Support, or DLA-TS, has done.

Their efforts are now culminating in the first deliveries of more than 148,000 Generation III Improved Outer Tactical Vest, or Gen III IOTV, body armor conversion kits, acquired at approximately half the cost of procuring new systems – $791 versus $413.

Best practices from government and industry, Soldier feedback, and creative thinking allowed PdM SPE, assigned to the Program Executive Office, or PEO, for Soldier, and DLA-TS to chart a path to upgrade older versions of the IOTV at half the cost of new Gen IIIs.

The team of product engineers, quality assurance representatives, logistics support experts and contracting personnel developed a plan with the potential to save more than $150 million while providing Soldiers with the best possible system. Current contracts have already saved U.S. taxpayers $56 million.

A decade ago, as the nation waged war on multiple fronts throughout the globe, defense spending rose, and the Army acquired 1.7 million IOTVs, beginning in 2007. Many of those IOTVs are older models that lack Soldier-driven improvements and may not be as effective in combat as the upgraded version.

Nearly 400,000 of the older IOTVs manufactured in the Universal Camouflage Pattern, or UCP, remain in inventory and need to be replaced with the Operational Camouflage Pattern, or OCP. With defense funding on a decline, this is a much different acquisition environment from two years ago, and that was the spur for this effort.

In 2014, the team took advantage of smart decisions made during IOTV improvements to formulate a strategy that would deal with tighter budgets, an aging IOTV inventory and concerns about the combat-effectiveness of older IOTVs.

Continuous Soldier feedback spurred the creation of three different generations of the IOTV.

Gen I came in five sizes and included a threaded cable quick-release system. This allowed rapid removal of the IOTV if a Soldier fell in water or required first aid. Gen II came in 11 sizes in response to Soldier feedback and included greater adjustability and other incremental improvements, such as in the quick-release system and soft-armor inserts. Gen III eliminated hook-and-loop closures and added a faster, more intuitive quick-release system.

Two factors characterized each IOTV iteration: each brought significant enhancements to the warfighter, and the improvements did not change the size or shape of the ballistic materials used in the vests, which usually accounts for more than half the cost of a new vest. This consistency in the ballistic materials meant that each generation did not add new items to the supply inventory.

Doing so would have made thousands of systems obsolete and made logistics more difficult. But by making the hard-armor plates and soft-armor ballistic inserts compatible with newer IOTV designs, the PdM SPE and DLA-TS team could use existing stocks of these components.

HOW OLD IS TOO OLD?

If the team were to take advantage of existing stocks of soft-armor inserts, it needed to determine if those already in inventory or in Soldiers’ hands would be usable in new systems. That meant determining how long aramid-fiber, soft-armor ballistic packages really last. Industry provides a standard five-year warranty, but PdM SPE and DLA-TS had anecdotal evidence that soft-armor, ballistic packages had longer shelf lives.

Armed with a ballistic surveillance effort test plan, PdM SPE pulled IOTV samples from multiple central issue facilities, or CIFs, throughout the United States, representing the different climatic environments in which the IOTVs are stored.

The team subjected the samples – some dating back to 2007 – to the same rigorous ballistic and fragmentation standards as when the Army originally accepted them. Results from the first round of testing showed the soft-armor ballistic inserts performed to standard. With these results, the team raised the estimated shelf life from five to seven years.

Subsequently, the team conducted a second round to test even older soft-armor ballistic inserts – those with service entry dates as early as 2000, also from multiple CIFs throughout the country – to see if they continued to maintain full serviceability. The team expects results from this second round of ballistic and fragmentation tests, conducted at Aberdeen Test Center, Maryland, to be available in late summer 2015. The tests conceivably could show that these inserts remain effective for up to 15 years.

KIT DEVELOPMENT

With scientific proof of longer service lives for soft-armor ballistic inserts, the team used the consistent size and shape of the inserts to develop the Gen III IOTV Conversion Kit, which uses existing quantities of soft-armor inserts rather than buying new complete IOTV systems. This strategy allowed continuous refreshment of technology through procurement. Instead of having DLA sustain the IOTV by procuring Gen II IOTVs in UCP, the agency will modernize at the same time as it sustains by procuring the Gen III Conversion Kits.

The IOTV Conversion Kit takes the soft-armor, ballistic inserts from existing IOTV inventories and places them into a new carrier, creating the latest-generation vest. A Gen III IOTV ordered from DLA costs $791 per system, but the average unit cost of a Gen III Conversion Kit is $413.

The benefits of the conversion kit are threefold:

– Resets the shelf life of the IOTV system for up to another seven years by replacing the outer carrier and components that wear out first.

– Offers all of the benefits of the latest generation of the IOTV, particularly the significantly enhanced quick-release system.

– Provides an opportunity to change the camouflage pattern used on the IOTVs from UCP to OCP.

In an example of close cooperation between PEO Soldier and DLA-TS, procurement of the first quantities of the Gen III IOTV Conversion Kit occurred before transitioning to sustainment. Today, all active IOTV contracts are now modified for either the Gen III IOTV Conversion Kit or the Gen III IOTV complete system. This offers the ability to procure conversion kits to upgrade more than 400,000 Gen I and II IOTVs, as well as the UCP IOTVs currently in inventory.

With a cost savings of $56 million during the recent procurement of conversion kits and the potential to realize more than $150 million in savings if the entire inventory is converted, the government is providing the best possible system in a fiscally responsible manner – an achievement that resulted directly from effective and continuous coordination between DLA-TS and PEO Soldier.

The legacy of this effort will be measured in the increased capability provided to the Soldier. The conversion kits deliver the best capability, at the right time and in the right camouflage pattern to protect the U.S. Soldier.

Related Links:

U.S. Army Acquisition Support Center

Army AL&T Magazine

Army.mil: Inside the Army News

PEO Soldier

Army to roll out better body armor, combat shirt in 2019

In 2019 the Army expects to roll out a new, lighter body armor system. The armor will provide at least as much protection as today’s system, but with more comfort, and greater flexibility to adjust based on the mission, Army officials said.

Already, improved ballistics materials have allowed the Army to cut the weight of TEP, when compared to the Army’s current heavy-duty option, the Improved Outer Tactical Vest. The IOTV, when loaded with heavy plates, weighs about 31 pounds, while a comparable TEP system checks in at about 23 pounds, or 26 percent lighter.

Brown said the Army pushed with industry to reduce weight while meeting future threats. In addition, the ability to add and subtract different elements and plate inserts in the vest, is a real “highlight,” Brown said. .In addition to TEP, the Army is developing new body armor plates and a new head protection system.

Soldier feedback has already played a major role in development of TEP, Brown said. Trials by soldiers at three different installation, as well as by Marines and special operations units, provided design advice and feedback. Brown said that ultimately helped produce a system earning a 95 percent positive feedback.

“One great aspect of the Soldier Protection System is we really listened to the voice of the customer, the soldier,” Brown said. “Based on feedback from the soldier we were able to make design changes.”

Balistic Combat Shirt

The Army’s new Ballistic Combat Shirt was designed to improve comfort.

Photo Credit: Courtesy PEO Soldier

Ballistic Combat Shirt : Designed to be worn with a ballistic vest, the shirt consists of protection on the upper back, upper chest and neck, while completely covering the arms with ballistic-protective sleeves. The material has a similar feel to the Army combat shirt, but is more comfortable and offers ballistic fragmentation protection, Brown said. It also eliminates the need for the Deltoid Auxiliary Protector, an add-on to the IOTV which has driven soldier complaints for being bulky and obstructive. The shirt is moisture-wicking and has a degree of breathability, Brown said, adding to comfort.

“Soldiers really liked the Ballistic Combat Shirt because they felt they had the full range of motion to be able to get into a shooters stance, and also to be able to fit their weapon in the shoulder area,” said Brown. “The biggest revolutionary change (in the system) is with the Ballistic Combat Shirt which provides the same level of protection as the DAP and the yoke and collar (of the IOTV).”

MSV Vest

The Modular Scalable Vest includes a quick-release feature.

Photo Credit: Courtesy PEO Soldier

Modular Scalable Vest : The Army developed a Soldier Plate Carrier System during the wars in Iraq and Afghanistan to offer a nimbler alternative to IOTV. The MSV is similar to the SPCS: old plates will work, as will new plates being developed to offer a variety of levels of protection and fits. It features a quick-release system for easy removal. And again, the MSV’s ballistic material offers similar protection at a lighter weight, as do the various optional plate inserts. In addition, the design is now a fully-government-owned program of record, whereas the SPCS was generated by an operational needs statement (a quick fix to address a newly-emerged need). That matters because future technology advancements can be more easily incorporated by the Army as production continues, Brown said.

Blast Pelvic Protection

The Army’s new Blast Pelvic Protection will replace two current protective items: an undergarment and an over-garment.

Photo Credit: Courtesy PEO Soldier

Blast Pelvic Protector : The new protection for the pelvis and femoral arteries will replace two current protective items: an undergarment and an over-garment. Brown said soldiers like how the simplified protector connects to the system and fits the body’s form, and she said feedback also indicated improved mobility.

Load Distribution System : With weight cut by advanced materials, Brown said, the Army managed to add a new element while cutting weight overall – one that distributes remaining weight more comfortably. The LDS consists of a ballistic combat belt that flows underneath the vest and a load-bearing spine that distributes weight to the waist rather than putting it all on the shoulders.

MSV Vest

The Amy is rolling out a variety of plates, tailor-able to the mission to be worn with the Modular Scalable Vest.

Photo Credit: Courtesy PEO Soldier

Plates: The Army is developing new inserts in parallel with TEP, and have also been cleared for development. The hard plates are coming in at about 7 percent lighter than their current protection equivalents, Brown said. The options provide modularity in strength and weight for different missions and fit for different bodies, including two new plates tailored to female body types. As with the ballistic material on the vest and shirt, Brown said the Army didn’t want to get specific on the threshold of munitions that each plate protects against. She did say that, fully loaded, the plates and vest “are able to defeat the most prevalent threats on the battlefield” and compared to IOTV offered “no degradation of performance, only enhancement.”

Integrated Head Protection System : The new helmet the Army has been working on for about three years will not clear the research and development milestone until late 2016. The PEO Soldier portfolio outlines objectives including protection against rifle threats and improved impact/blast protection over the current helmet at a slightly lighter weight. It should also be modular for possible add-ons like night vision, eye and mandibular (jaw) protection and an additional layer of armor for even more blast/ballistic resistance, among other attachments.

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Top 45 How To Put Plates In Iotv 8014 Good Rating This Answer

What are the methods to don the IOTV?

How much is an IOTV?

How much do the plates in an IOTV weigh?

Are SAPI plates stand alone?

Does the military use steel plates?

How much do Army plates weigh?

How much does Army body armor weigh?

What plate carrier does the army use?

How much does an IOTV 2 weigh?

What is FLC Army?

What level are SAPI plates?

Can you put your IOTV in the washer?

Can soldiers buy their own body armor?

Can cops wear plate carriers?

Where does the IFAK go on the IOTV?

Where does the deltoid protector go?

What plate carrier does the army use?

What level are SAPI plates?

How to Put Plates in U.S. Army IOTV – YouTube

Improved Outer Tactical Vest – Wikipedia

Army upgrades body armor, saves money | Article | The United States Army

Army to roll out better body armor, combat shirt in 2019

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Soldier Plate Carrier System – Wikipedia

Best of iotv assembly-instructions – Free Watch Download – Todaypk

IOTV | Protective Products Enterprises

Improved Outer Tactical Vest

Army upgrades body armor, saves money

Army to roll out better body armor, combat shirt in 2019

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