Filed under: Army
The Army National Guard actually counts 1636 as its founding year, which makes it significantly older than the United States itself. The Massachusetts Bay Colony formed three permanent militia regiments to provide organized defense of the colony; the date of the General Court order was December 13. These regiments still exist as the Massachusetts Army National Guard, now as four units: the 101st Engineer Battalion, the 101st Field Artillery Regiment, the 181st Infantry Regiment, and the 182nd Infantry Regiment.
As colonies developed along the eastern shores and then inland, they formed their individual militia and organized themselves along regimental lines. After the formation of the U.S., militia were organized by the individual states; for much of the 19th century, the U.S. had no national standing army. The name “National Guard” was originally adopted by the 2nd Battalion, 11th New York Artillery, during the War of 1812, in honor of the Marquis de Lafayette of the French National Guard. The name was officially adopted for all state militia with the Militia Act of 1903. In 1933, the state militia joined the National Guard of the United States, a reserve force of the U.S. Army.
So how is it that the Army National Guard can be older than the U.S. Army? Our founding fathers saw fit to recognize the contributions of the states’ militia when they passed the Militia Act of May 8, 1792, which enabled pre-existing militia units to retain their “customary privileges.” Subsequent acts of Congress have perpetuated this.
Militia units have participated in every U.S. military action since 1636, including the Revolutionary War, War of 1812, throughout the 19th and 20th centuries, and now into the 21st. National Guard units also participate in domestic peacekeeping activities and assist with the aftermath of natural disasters. So on December 13, take a moment to learn more about what our Army National Guard is up to by visiting the Guard News and Overseas Operations pages on the National Guard website.
The Performance Triad is well underway, and the Army has been closely monitoring the progress of soldiers at the three test sites (Joint Base Lewis-McChord, Fort Bliss, and Fort Bragg). Soldiers will be assessed on their knowledge, beliefs, and attitudes about the parts of the triad—sleep, activity, and nutrition. Triad staff is currently performing injury-risk assessments for the Military Power, Performance, and Prevention (or “MP3”) program as part of an ongoing process that helps get soldiers into physical therapy and strength-training programs to help reduce the number of “medically not ready soldiers.” You can read more about the Performance Triad in HPRC’s Total Force Fitness domain.
The U.S. Army’s Asymmetric Warfare Group has been training joint forces in some unusual places—underground venues such as tunnels, caves, and sewers. As battlefields become more urban and enemies move underground, subterranean environments pose unique operational challenges. Although the Army does not currently have an official field manual for underground combat, this new tactical training has developed units’ ability to perform in these environments. Combat training centers are starting to integrate these kinds of complex environments into their facilities, and the Army is urging home-station training to “get creative” and use simple techniques to simulate their own underground environments. Something as simple as training in a dark room with obstacles can simulate underground areas. Israeli Defense Forces have also had success with this type of training. Being able to adapt and perform in challenging environments is a vital part of warrior resilience.
You’ve heard of “Army Strong?” As part of the Ready and Resilient campaign, the Army is rolling out its new Performance Triad as a “pathway to a fit and healthy force.” The triad consists of sleep, physical activity, and nutrition and provides online tools and information such as the Performance Triad Training Sessions (videos and websites packed with details to help you do everything from preventing injuries to choosing dietary supplements), cards with practical tips to become healthier and stronger, and a whole lot more. The Soldier's Guide is a good place to start; it includes numerous links to HPRC and other sources of information. Go ahead and start optimizing your health and performance today!
For more information on integrative practices and programs, check out HPRC’s Total Force Fitness domain.
If you’re in the military, your smartphone may have just gotten smarter. Researchers have recently developed hardware and software that enables teams with Android smartphones to locate nearby snipers. Acoustic sensors have been developed and used by the military in the past, but this portable attachment hooks up to a smartphone and uses microphone sensors to triangulate a sniper’s location through muzzle blasts and shockwaves. Other sniper sensors have been developed, such as the helmet-mounted sensor back in 2007 that is the predecessor to this smartphone system. According to one source, the Army has plans to send soldiers to Afghanistan with smartphone technology that will allow them to communicate—even text—more effectively out in the field. As smartphones find their way into combat, this kind of technology shows great promise for the near future.
Although a limited amount of new-generation body armor specifically designed for women is already in theater, field tests will take place in July and August on 600 sets of this armor for female soldiers. These tests are part of the Army’s Rapid Fielding Initiative in which they roll out cutting-edge equipment for soldiers. This important development is just one change that is needed if women are to enter additional military occupational specialties, including front-line roles in ground combat. (The ban on women in combat was lifted in January of 2013.)
A noted feature of the new body armor is the decrease in weight from 31 to 25 pounds, which can reduce pressure on muscles and bones, possibly reducing musculoskeletal injuries. In addition, because there’s less friction and chaffing, the body armor is more comfortable. Even more important, though, the new armor addresses complaints from women that poor-fitting body armor restricts movement needed to carry out operations such as raising and firing a rifle.
Check out this PowerPoint for additional information on the Improved Outer Tactical Vest (IOTV), including improvements and capabilities.
Both service members and civilians with at least seven Army 10-miler finishes under their belt are eligible for one of the 10,000 bibs available via early registration starting May 1st just after midnight for the 29th annual Army 10-Miler on Sunday, October 20, 2013. Service members must register with their .mil email addresses. Regular registration opens on May 15. Visit the Army 10-miler website for more information.
The Army has several resources to help you train for the Physical Fitness Test (APFT) and to build and maintain your fitness levels throughout the year. HPRC has issued a series of documents to help you increase aerobic fitness as well as muscular strength and endurance. Under the Army PRT tab in our Physical Fitness Program Guides section you will find links to videos that demonstrate specific preparation, conditioning, and recovery drills found in TC 3-22.20, Army Physical Readiness Training, as well as other sources of information to guide you in developing and carrying through on your training commitment.
Army Physical Readiness Training, TC 3-22.20, is available in an app for your iPhone. The app includes exercise videos and workouts to help you succeed in increasing your cardiovascular fitness, muscular strength and endurance, and mobility—all of which are required to pass the Army Physical Fitness Test.
In 2004, the U.S. Army digitized its former camouflage pattern on standard issue uniforms. It was termed “Universal Camouflage Pattern,” or UCP, with the hope that it would serve as a one-print-fits-all for any environment. The theory behind the digital print was not the result of a fashion craze; it started in the late 1970s with two psychology professors at West Point. Neuroscientists divided the human visual system into two parallel circuits. One circuit told us where objects were located, the other what objects were. Officially called the “Dual Texture Gradient,” the idea was that the pixelated pattern would interfere with those circuits and make it difficult to identify objects. More research, based on how our brains processed MRI scans as boxes and rectangles, led camouflage experts to similar conclusions, that this pattern was smart camo. Initially, the Marines adopted the pattern from the Canadians. However, the pattern failed early trials in the U.S. Army, and troops reported that it performed poorly in combat.
In 2009, after a camo detection study, the Army revised the design for ground troops in Afghanistan to the current “MultiCam” pattern as a temporary solution. Currently, four designs from non-government vendors are in a bid to become the next camo pattern. Submissions required that designs include a woodland variant, a desert variant, and a transitional variant for every environment in between. The goal of extensive field tests will be to optimize performance range from 35-400 meters in a woodland environment and 35-500 meters in a transitional and desert environment. Testing of the first pattern, which resembles reptile skin, began in June. Testing of the other patterns could last up to nine months, and production of the new uniforms could begin as early as 2013.