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Building the No Neck Army: The Army’s Holistic Health and Fitness Program – Modern War Institute

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Building the No Neck Army: The Army’s Holistic Health and Fitness Program – Modern War Institute

Editor’s note: This article is the seventh in an eight-part series led by retired General James Mingus, the thirty-ninth vice chief of staff of the Army, on transforming the Army to meet the challenges of tomorrow’s battlefield. You can read other articles in the series here.


The battlefield in America’s next war will offer no sanctuary. The war won’t be fought from forward operating bases equipped with elaborate gyms, contractor-provided dining facilities, or coffee shops. The battlefield will be austere, harsh, and unrelentingly violent, with victory only possible by combining physical strength, endurance, and a will to prepare.

The Army’s Holistic Health and Fitness (H2F) program is the bedrock upon which this preparation begins. Winning America’s next war requires an Army that can get to the fight, win the fight, and get home from the fight—a mission profile that demands not just fit soldiers built for endurance, but warrior athletes built for endurance and able to leverage strength, speed, and power, and grounded in sound sleep and nutrition.

Culture Shift Begins with Mindset Shift

For the last several decades, the Army took pride in fielding formations rooted in a physical fitness culture relying heavily on push-ups, sit-ups, and miles of running and ruck marching. Physical training began predictably after saluting the flag at 0630 and ended promptly when the basic exercises, calisthenics, and formation run were complete. It was one-dimensional, unimaginative, boring, and, ironically, lazy. Army fitness during this period was solely focused on physical endurance.

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In the early 2000s, however, Army fitness began to change, led by special operations units like the 75th Ranger Regiment, which began experimenting with trending fitness regimens like Gym Jones, CrossFit, and Mountain Athlete. By combining emerging principles from several of these programs, special operations units began designing their own programs, such as the Ranger Athlete Warrior program. The rest of the active Army quickly started to model these programs, and the first H2F pilot kicked off in 2018.

Advances in exercise science and twenty years of war helped reframe the Army’s fitness mindset to encompass mental, physical, nutritional, and sleep dimensions. This mindset shift forms the basis of the H2F culture, changing how we train and care for soldiers. The focus is now on building strength and resilience like professional athletes—or more fittingly, warrior athletes. Where mission endurance was the goal before, tactical athleticism is now the goal, with an emphasis on strength, speed, power, and agility.

You Can’t Fake Results

A key part of any fitness program is the ability to measure its effectiveness, and in only a few short years, the return on investment for the H2F program has been profound. Currently sixty-six brigades have an H2F performance team, which consists of twenty-two professionals: a program director, dietitian, physical therapist, and occupational therapist; seven strength and conditioning coaches; four athletic trainers; one cognitive performance specialist; and six military personnel. By 2029, the program will expand to cover the entire active Army, as well as four states of Army National Guard and two Army Reserve commands.

According to analysis from the US Army Research Institute of Environmental Medicine, if H2F had been implemented across the entire Army, over a five-year period it would have added 1,080 deployable soldiers to the fighting force. If that’s not compelling enough, also consider these complementary H2F data points compiled by the Center for Initial Military Training Research and Analysis team after analyzing data from 2019 to 2023:

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  • 61 percent decrease in musculoskeletal injury referrals
  • 44 percent decrease in behavioral health profiles
  • 79 percent decrease in substance abuse cases
  • 22 percent decrease in fitness test failures
  • 33 percent increase in expert rifle marksmanship qualification

Expanding the Tools

As part of continuous transformation, the Army is looking for unique ways to leverage technology to enhance the H2F program. Several units are experimenting with wearables like rings and watches that measure sleep efficiency, heart rate variability, and blood oxygen saturation—providing rich data to inform approaches to physical, nutritional, and sleep aspects of fitness. Today, entire Army divisions are turning physiological data into leader decision-making information. A company commander who knows his or her soldiers’ sleep scores, for example, is equipped with data to combine with other information to help select the most well-rested platoon to lead a dangerous mission. Individual soldiers will also learn the correlations that exist between their fueling, recovery, and performance habits, which will help in multiple facets of their personal lives.

The Army is also continually working to improve facilities and services that support H2F. Most units now have access to twenty-four-hour functional fitness gyms on post and many units utilize fitness containers—effectively, gyms in a box. Plans are also in place to build additional facilities to ensure soldiers at every post have adequate equipment to train. To improve nutrition, the Army is experimenting with campus-style dining facilities that will supplement, and in some cases replace, traditional dining facilities—affording soldiers a myriad of quick, 24/7 accessible healthy food options. A no excuse not to work out and no excuse not to eat healthy mentality now abounds across the Army.

Soldiering has no offseason and no time-outs, and wars wait on no one. When America calls, the Army responds. Unlike professional athletes who can vary training volume, intensity, and specific exercises over planned cycles or offseasons, a practice known as performance periodization, soldiers have no such luxury. Tactical athleticism via compound periodization is the goal for soldiers—ensuring peak performance at all times by developing key physical attributes (e.g., strength, endurance, and power) year-round to maximize efficiency, prevent burnout, and improve overall warfighting readiness. The H2F tools highlighted above aid in measuring and maximizing this readiness.

What’s Next?

Imagine two Army squads ascending Colorado’s Pikes Peak carrying fifty-pound fighting loads. Squad A trained to get to the top through push-ups, sit-ups, and miles of running. The soldiers of Squad B are warrior athletes who took the H2F approach. When Squad A’s soldiers finally struggle to the top, they’re just happy to be mission complete and they flop on the ground. The soldiers of Squad B assault the mountain, and when they get to the top, they still have enough juice to rip the arms off their adversaries and steamroll into the next mission. In their post-hike squad photo, they’re all standing tall—straight backs, satisfied smiles, and trap muscles extending inches above their shoulders so they almost appear to have no necks. For them the mission is just getting started, and their smirks seem to say, “Is that it? What’s next?”

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Welcome to the No Neck Army.

Retired General James Mingus served as the thirty-ninth vice chief of staff of the Army.

Colonel Graham White is an infantry officer and the executive officer to the vice chief of staff of the Army.

The views expressed are those of the authors and do not reflect the official position of the United States Military Academy, Department of the Army, or Department of Defense.

Image credit: KCpl. GeonWoo Park, US Army

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Business News Today: Stock and Share Market News, Economy and Finance News, Sensex, Nifty, Global Market, NSE, BSE Live IPO News – Moneycontrol.com

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Business News Today: Stock and Share Market News, Economy and Finance News, Sensex, Nifty, Global Market, NSE, BSE Live IPO News – Moneycontrol.com
A new study suggests that high blood sugar may block some key benefits of exercise. However, researchers discovered that a high-fat ketogenic diet helped restore those benefits in mice by normalising blood sugar and improving how muscles use oxygen. Here’s what the study reveals
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Exercise Boosts Brain ‘Ripples’ Tied to Learning and Memory

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Exercise Boosts Brain ‘Ripples’ Tied to Learning and Memory
Each time you go for a jog, ride your bike, or get active in other ways, you’re giving your brain a boost. A small new study has for the first time directly documented this phenomenon, which the researchers call “ripples” — brief bursts of electrical activity in a part of the brain called the hippocampus.

While exercise is known to improve memory, scientists have mostly studied this effect by using behavioral tests or brain imaging methods like MRIs, says Michelle Voss, PhD, one of the study’s authors, a professor, and the director of the Health, Brain, and Cognitive Lab at the University of Iowa in Iowa City.

But she says these approaches can’t precisely identify where “ripples” originate, particularly in the deep brain structures like the hippocampus, a part of the brain strongly connected to memory and learning, she says.

The current study, published in Brain Communications, recorded electrical activity directly, using surgically implanted (intracranial) electrodes. “This allowed us to observe how exercise changes the brain’s memory circuits in real time,” Dr. Voss says.

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Higher Fitness Levels Amplify Brain Benefits After Exercise, Study Finds

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Higher Fitness Levels Amplify Brain Benefits After Exercise, Study Finds

Increasing our level of physical fitness leads to a bigger release of brain-boosting proteins following one session of exercise, a new study led by a UCL researcher has found.

The study, published in Brain Research, took a group of inactive unfit participants through a 12-week training programme of cycling three times per week and made them fitter. Researchers found as their fitness increased, so did the amount of brain-derived neurotrophic factor (BDNF) released following exercise, resulting in improved brain function.

Just 15 minutes of moderate to vigorous aerobic exercise releases BDNF, a brain protein which is known to support the formation of new neurons and new synapses (connections between brain cells), and maintains the health of existing neurons. This is the first study to show that for unfit people, just 12 weeks of consistent training can boost the brain’s response to a single 15-minute workout.

The study, led by Dr Flaminia Ronca (UCL Surgery & Interventional Science, and the Institute of Sport, Exercise and Health), involved 30 participants – 23 male and seven female – taking part in the 12-week programme. To assess fitness levels throughout the programme, participants completed VO2max tests every six weeks, which measures the maximum rate of oxygen your body can consume and use during intense exercise.

BDNF levels were measured pre- and post-VO2max testing, alongside a series of cognitive and memory tests, while also measuring changes in brain activity in the prefrontal cortex – where executive functions such as decision-making, emotion regulation, attention and impulsivity are controlled.

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By the final week of the trial, results showed that baseline levels of BDNF did not change, but participants did show a larger spike of BDNF following intense exercise, compared to how their brains responded to intense exercise before the 12-week programme. This was linked to improvements in VO2max (aerobic fitness).

Higher overall BDNF levels and stronger exercise-induced increases were also associated with changes in activity across key areas of the prefrontal cortex during attention and inhibition tasks, though not during memory tasks.

Overall, the results showed that increasing physical fitness can enhance the brain’s ability to produce BDNF in response to acute bouts of exercise, which can have a strong positive influence on neural activity.

Lead author Dr Flaminia Ronca said: “We’ve known for a while that exercise is good for our brain, but the mechanisms through which this occurs are still being disentangled. The most exciting finding from our study is that if we become fitter, our brains benefit even more from a single session of exercise, and this can change in only six weeks.”

Notes to editors:

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For more information or to speak to the researchers involved, please contact: Tom Cramp, UCL Media Relations , T: +447586 711698, E: [email protected]

The research paper: ‘BDNF relates to prefrontal cortex activity in the context of physical exercise’, Flaminia Ronca, Cian Xu, Ellen Kong, Dennis Chan, Antonia Hamilton, Giampietro Schiavo, Ilias Tachtsidis, Paola Pinti, Benjamin Tari, Tom Gurney, Paul W. Burgess, is published in Brain Research, March 2026, 

About UCL (University College London) 

UCL is a diverse global community of world-class academics, students, industry links, external partners, and alumni. Our powerful collective of individuals and institutions work together to explore new possibilities. 

Since 1826, we have championed independent thought by attracting and nurturing the world’s best minds. Our community of more than 50,000 students from 150 countries and over 16,000 staff pursues academic excellence, breaks boundaries and makes a positive impact on real world problems. 

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We are consistently ranked among the top 10 universities in the world and are one of only a handful of institutions rated as having the strongest academic reputation and the broadest research impact. 

We have a progressive and integrated approach to our teaching and research – championing innovation, creativity and cross-disciplinary working. We teach our students how to think, not what to think, and see them as partners, collaborators and contributors.  

For 200 years, we are proud to have opened higher education to students from a wide range of backgrounds and to change the way we create and share knowledge. 

We were the first in England to welcome women to university education and that courageous attitude and disruptive spirit is still alive today. We are UCL. 

www.ucl.ac.uk | Read news at www.ucl.ac.uk/news/ | Follow UCL News on Bluesky and LinkedIn 

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Journal

Brain Research

DOI

10.1016/j.brainres.2026.150253

Method of Research

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Experimental study

Subject of Research

People

Article Title

BDNF relates to prefrontal cortex activity in the context of physical exercise

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Article Publication Date

4-Mar-2026

Media Contact

Tom Cramp

University College London

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[email protected]

Journal
Brain Research
DOI
10.1016/j.brainres.2026.150253

Journal

Brain Research

DOI

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10.1016/j.brainres.2026.150253

Method of Research

Experimental study

Subject of Research

People

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Article Title

BDNF relates to prefrontal cortex activity in the context of physical exercise

Article Publication Date

4-Mar-2026

Tags
/Health and medicine/Human health/Physical exercise

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bu içeriği en az 2000 kelime olacak şekilde ve alt başlıklar ve madde içermiyecek şekilde ünlü bir science magazine için İngilizce olarak yeniden yaz. Teknik açıklamalar içersin ve viral olacak şekilde İngilizce yaz. Haber dışında başka bir şey içermesin. Haber içerisinde en az 12 paragraf ve her bir paragrafta da en az 50 kelime olsun. Cevapta sadece haber olsun. Ayrıca haberi yazdıktan sonra içerikten yararlanarak aşağıdaki başlıkların bilgisi var ise haberin altında doldur. Eğer yoksa bilgisi ilgili kısmı yazma.:
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Keywords

Tags: 12-week cycling training program benefitsbrain plasticity and physical fitnessbrain-derived neurotrophic factor after exerciseeffects of aerobic exercise on BDNFexercise and neuron healthexercise-induced neurogenesisfitness level impact on brain proteinsfitness training for cognitive improvementimproving brain function through fitnessmoderate to vigorous aerobic exercise effectsphysical fitness and brain healthVO2max and brain function correlation

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