The Army's Body Armor May Be Too Heavy For Soldiers In Combat, Report Finds

Military Tech
A U.S. Army Infantryman with the 10th Mountain Division assigned to the East African Response Force puts on his body armor in preparation for an emergency deployment readiness exercise on Camp Lemonnier, Djibouti, July 1, 2018. The purpose of the EARF is to rapidly provide tailorable packages of forces to protect American interests on the continent of Africa should any threats arrive. (U.S. Air Force photo by Senior Airman Haley D. Phillips)
U.S. Air Force/Senior Airman Haley D. Phillips

Editor’s Note: This article by Matthew Cox originally appeared on Military.com, the premier source of information for the military and veteran community.


The U.S. Army should authorize commanders to allow combat troops to leave the service's heavy, over-designed body armor behind on certain missions to increase physical performance, according to a new report from the Center for a New American Security.

"Body armor provides increasingly advanced protection, but at a cost in soldier performance," according to "The Soldier's Heavy Load," part of the "Super Soldiers" series of reports that Army Research Laboratory commissioned CNAS to conduct looking at soldier survivability.

"Increased soldier load not only slows movement and increases fatigue, but also has been experimentally demonstrated to decrease situational awareness and shooting response times," the report added.

The document draws on past reports that have estimated soldiers routinely carried an average of 119 pounds apiece in Iraq and Afghanistan. As a result, one-third of medical evacuations from the battlefield between 2004 to 2007 were due to spinal, connective tissue, or musculoskeletal injuries -- twice as many injuries as were sustained from combat.

The authors of the report make several recommendations to the Army, one being that the service should "clearly delegate authority to company-level commanders to modify the level of protection as needed, based on the specific threat and mission."

"Wearing heavy body armor may not be operationally practical on a long-range multi-day patrol in mountainous terrain, such as in Afghanistan," the report states. "In practice, the decision of which protective level to wear is usually restricted to senior leaders."

Army researcher James Zheng added in the report that "body armor is essentially parasitic weight; it contributes nothing to the soldier's operational effectiveness until the moment it is required to resist a potentially lethal threat."

Paul Scharre, one of the authors of the report, told Military.com that commanders were concerned "not just that they were going to get heat from higher up, but [that] the Army is going to get dragged before Congress, saying 'why aren't our people wearing this body armor.'"

"We issue protective equipment, and that is great, because body armor is effective and saves lives, but it's also extremely heavy. It takes up a significant fraction of the weight that soldiers can effectively carry," Scharre said.

The report also recommends that the Army conduct an assessment of the feasibility of tailored body armor and potential advantages in reduced weight, increased area coverage, and improved mobility.

The report, however, only refers to the Army's Improved Outer Tactical Vest, or IOTV, a body armor system that was first fielded in 2008. It does not mention more recent efforts by Program Executive Office Soldier to improve body armor.

PEO Soldier declined to comment on the report because it was produced for Army Research Laboratory, but pointed out that last year it announced last plans to field the Modular Scalable Vest -- part of the larger Soldier Protection System, or SPS. That vest at its heaviest weighs approximately 25 pounds, which is five pounds lighter than the IOTV.

Related: Here’s When The Army Plans On Fielding Its New Body Armor Vest »

"The SPS system is modular, scalable, and tailorable," Alton Stewart, a spokesman for PEO Soldier said in a statement. "It defeats current threat levels while also reducing weight."

The report also relies on a graphic that provides inaccurate weights of individual soldier equipment, stating, for example, that the "Army Combat Helmet" weighs 6.5 pounds.

The Army awarded a contract to Revision Military in March 2017 worth up to $98 million to make 293,870 of the Advanced Combat Helmet, Gen II, which is made of high-density polyethylene instead of the current helmet's Kevlar.

The ACH Gen II weighs about 2.5 pounds in size large, which is about 24 percent lighter than the current ACH.

Scharre said an earlier Super Soldiers series report released in April covered these newer body armor efforts, such as how the Army in 2009 "reduced weight with the plate carrier and the Army's current goal with the Soldier Protection System."

The Soldier Plate Carrier System, or SPCS, which was first fielded in 2009, is about nine pounds lighter than the IOTV, which weighs a little over 30 pounds, depending on the size.

The SPCS was the result of a detailed study, conducted in 2008 by the Army's Asymmetric Warfare Group and other Army organizations such as the Rapid Equipping Force. It involved studying how excessive soldier load in impacted dismounted soldier performance.

The study fielded combat units in Afghanistan with lightweight equipment that ranged from plate carriers to Mk 48 7.62mm machine guns, a special operations weapon that weighs just over 18 pounds, compared to 27 pounds for the Army's M240 machine gun.

"No, we don't talk about that; I am actually not familiar with it. I am familiar with some of those changes that have been made, but I have not seen the report," Scharre said.

Related: The Army’s Next Body Armor May Get Stronger The Harder It’s Hit »

Another recommendation that Scharre stressed is that the Army should launch an authoritative study to better assess the relationship between load and combat effectiveness.

The Army didn’t have charts and tables demonstrating the relationship between weight and performance, Scharre said.

"So if you could have tables that a commander would look at [and say] 'all right, I am sending my folks out on a foot patrol and I add another 20 pounds of gear; here is how I can see a measurable way, for an average dismounted soldier, that this affects performance,'" he said. "Things like increasing mobility, increasing performance, reducing physical and cognitive fatigue, those things make a difference and those need to be part of the equation ... you've got to be able to look at both sides of the equation, because right now, you don't see enough of that."

Military.com reached out to Army Research Lab for comment on the report but did not receive a comment by press time.

Scharre said ARL officials thanked CNAS for the report, but have not provided specific feedback.

"I would not say they signed off on it [in the sense of] agreeing with the recommendations, that's certainly not the case," Scharre said. "In no way is this a representation of the Army's views on the issues."

The report is intended to examine is how much weight can soldiers effectively carry and that how protective equipment eats up "a tremendous fraction" of that fighting load, Scharre said.

"There is a cultural problem here, which is, every time you take away little bit of weight, people just pile on more stuff," Scharre said, explaining that the fielding of a plate carrier doesn't solve the problem.

"We are dramatically overweight; we are not nine pounds overweight. The Army should set a limit: this is the amount of equipment we should issue people. And if you want to add any new pieces of gear, something's got to go."

This article originally appeared on Military.com

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