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Modular Tactical Vest
Modular Tactical Vest
Modular Tactical Vest
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Modular Tactical Vest
Marines being issued the MTV at Camp Foster, Okinawa

The Modular Tactical Vest (MTV or MoTaV) is a ballistic vest originally adopted by the United States Marine Corps in 2006. The MTV was designed as a solution to shortcomings in the Interceptor Body Armor (IBA) and was selected after a rigorous proposal and examination process by the Marine Corps. The MTV provides better protection levels than the IBA, although it uses the same Small Arms Protective Insert (SAPI) plates. The MTV weighs 30 pounds (14 kg), three pounds more than the IBA, but is designed to more effectively distribute its weight throughout the wearer's torso.

History

[edit]

The Marine Corps awarded a US$33,647,022 firm, fixed price contract to Protective Products International (subsidiary of Protective Products of America) in 2006 to produce 60,000 vests and began fielding them in 2007.[1] In 2008, the Marine Corps awarded a followup indefinite delivery/indefinite quantity contract for an additional 28,364 MTVs.[2] After conducting a survey of more than 1,000 Marines and finding that a majority of the Marine Corps had been overall highly satisfied with the MTV, in January 2009 the Marine Corps announced that it would be making some modifications to the MTV to improve comfort, mobility and safety.

Design

[edit]
An MTV broken down into its basic components

The MTV includes the following features:

  • Quick-release system to remove the vest in emergencies, meant to help corpsmen get to an injured Marine's body. Troops complained that the pull string got caught on equipment and the MTV would accidentally fall off in the middle of battle.
  • Greater coverage of the lower back, side torso, and shoulders.
  • Integrated side SAPI pouches.
  • Integrated channels for communications wiring.
  • Rifle bolster to assist in seating the wearer's rifle.
  • Same modular PALS webbing as the Interceptor.
  • A changed closure system. This was intended to be an improvement, but some wearers have complained that it takes too long to put on because the vest slips over the head. An updated version of the MTV is currently in production to address these issues.

The vest is donned and doffed using a hook-and-pile "cummerbund," which fastens around the waist, and a buckle atop each shoulder. Some users have complained that the vest is more time-consuming to don (especially with a full combat load attached) when compared to the Interceptor's single hook-and-loop flap. The quick-release system was designed in response to concerns that the Interceptor was difficult for medical personnel to remove from incapacitated troops and in some cases had to be cut off. When pulled firmly, a cord at the bottom of the vest causes the cummerbund to separate into two pieces. The shoulder buckles can then be unfastened and the vest removed in pieces, with no need to change the casualty's body position.

Improved Modular Tactical Vest

[edit]
IMTV (Improved Modular Tactical Vest)

In July 2013, the Marine Corps announced its Improved Modular Tactical Vests. The IMTV is made for smaller stature Marines who cannot wear the full-sized MTV comfortably. The vest comes in small-short, medium-short, and large-short sizes. Most Marines use the Scalable Plate Carrier in the field, so it is hoped that the additional sizes will encourage Marines to wear the IMTV in combat. The Corps does not want to design female-specific body armor and has found that the issue was different statures related to the length of the torso. The IMTV can fit women as well as smaller stature men.[3]

Protection offered

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The vest has slots for NIJ Level 3A analogue (it is not tested against .44 SWC) kevlar soft armor inserts, with additional slots for hard armor plates, in this case the Enhanced Small Arms Protective Inserts (ESAPI).[4] The ESAPI Rev G, the latest model of such armor plates, will protect the wearer against three(3) rounds of .30-06 M2AP at a velocity of 870 m/s(V0); and will stop multiple hits of lesser threats such as 5.56×45mm NATO, 7.62×51mm NATO, and 7.62×39mm. This is opposed to Rev A versions, which would stop two(2) .30-06 M2AP at a velocity of 870 m/s(V0).

Users

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See also

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References

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[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Modular Tactical Vest

View on Grokipedia
from Grokipedia
The Modular Tactical Vest (MTV) is a ballistic vest developed for the , featuring integrated soft and hard armor protection along with modular load-bearing components to carry essential combat gear such as magazines, hydration systems, and grenades. Adopted in response to deficiencies in prior observed during Operations Enduring Freedom and Iraqi Freedom, the MTV provides comprehensive torso coverage against small arms fire and fragmentation while allowing customization for mission-specific needs through its scalable design. Development of the MTV began in early 2006, following casualty analyses that highlighted gaps in the Outer Tactical Vest (OTV), including inadequate side protection and mobility limitations that contributed to preventable injuries. The vest incorporates Enhanced Small Arms Protective Inserts (E-SAPI) ceramic plates and soft panels for ballistic resistance, with a quick-release system enabling rapid removal in emergencies via a single pull cord. A worth approximately $60 million was awarded to Protective Products International on , 2006, with an initial contract for 60,000 units, of which 1,000 were fielded to the by February 2007 and full fielding completed by September 2007; the requirement was later increased to 108,000 in 2008, though procurement was paused shortly after, leading to the development of the Improved Modular Tactical Vest (IMTV). However, procurement was halted in February 2008 amid concerns over fit and sizing for smaller Marines, prompting refinements in the subsequent IMTV. Key improvements in the MTV over the OTV include better weight distribution across the torso and shoulders for enhanced comfort during extended wear, greater compatibility with Marine Corps equipment like the Interceptor Body Armor components, and adjustable sizing to fit a wide range of body types, though early fielding faced challenges with training and fit issues affecting user acceptance. Evaluations by over 100 Marines in 2006 and 2009 showed high approval ratings for its design and mobility, with 89% of testers noting improved combat effectiveness despite similar overall weight to predecessors. The MTV's modular PALS webbing system facilitates attachment of pouches and accessories, making it adaptable for infantry, reconnaissance, and other roles, and it served as a foundational platform leading to subsequent iterations like the Improved Modular Tactical Vest (IMTV). By the 2020s, it had been replaced by advanced plate carrier systems as the USMC's primary body armor.

History and Development

Origins and Requirements

The Interceptor Body Armor (IBA), fielded by the U.S. Marine Corps starting in 2000, provided essential ballistic protection through its Outer Tactical Vest (OTV) and Small Arms Protective Inserts but revealed significant shortcomings during early operations in and . Fully equipped with plates and accessories, the system exceeded 30 pounds in weight, leading to increased physical strain and reduced mobility for wearers over prolonged periods. Additionally, the IBA offered limited modularity, restricting the ability to customize loadouts for diverse mission requirements, such as varying equipment attachments or side protection configurations. Fit issues were particularly pronounced for female service members, with surveys indicating gaps in the arm scye areas, overly low plate positioning, and narrow coverage in certain sizes that exposed vulnerable regions. Feedback from Marine units deployed to (Operation Iraqi Freedom, initiated 2003) and (Operation Enduring Freedom, ongoing since 2001) between 2003 and 2005 underscored these deficiencies, based on casualty analyses and operational surveys. These reports highlighted how the IBA's design exacerbated environmental discomfort in hot climates and hindered tactical responsiveness, prompting urgent calls for redesign to support extended wear without compromising . Notably, side torso wounds accounted for 23.5% of fatalities, with 42% deemed preventable through enhanced non-plated coverage. In response, the U.S. Marine Corps formalized development requirements through an Urgent Universal Needs Statement issued on January 26, 2006, by the Marine Corps Combat Development Command, targeting improvements in weight reduction, load distribution across the hips and shoulders, integration of a quick-release system, expanded webbing for attachments, and overall comfort. Key contributors included the Natick Soldier Research, Development and Engineering Center (NSRDEC) for material and ergonomic expertise, and the Marine Corps Systems Command (MARCORSYSCOM) for program oversight and testing. Prototypes underwent evaluations in February 2006 and limited user evaluations in April 2006, involving and sailors with recent experience to assess factors like mobility and load carriage. This process laid the groundwork for the Modular Tactical Vest as a direct solution to the IBA's operational limitations.

Adoption and Fielding

The Modular Tactical Vest (MTV) was officially adopted by the in 2006 as the primary system, replacing the Outer Tactical Vest component of the Interceptor Body Armor (IBA) to address limitations in mobility, fit, and protection coverage identified from combat experiences. In September 2006, the Marine Corps awarded a contract valued at $33.6 million to Protective Products International for the production of an initial 60,000 MTV units, later increased to 108,000 units by February 2008, with the first deliveries occurring in early 2007. Extensive testing preceded full production, including a Limited User Evaluation at from April 17–24, 2006, involving 40 participants to assess design variants, and a subsequent Field User Evaluation from July 10–28, 2006, with 82 participants that highlighted improvements in load distribution and quick-release features compared to the IBA. These trials at Quantico confirmed enhancements such as reduced bulk for better ergonomics, though specific quantitative metrics like weight savings varied by configuration. Fielding of the MTV commenced in February 2007, prioritized for units deploying to Operations Iraqi Freedom and Enduring Freedom, and reached completion by September 2007, achieving full operational capability across the Marine Corps by 2008. Early fielding faced challenges, including delays in training and sizing that affected only a fraction of distributed units by mid-2007, as well as a temporary suspension of additional orders in February 2008 due to user feedback on weight and fit, which was resolved later that year to continue procurement. These issues informed refinements leading to the Improved Modular Tactical Vest.

Design and Components

Core Structure and Materials

The Modular Tactical Vest (MTV) features a plate carrier-style design that serves as the foundational structure for body armor and load-bearing equipment in the United States Marine Corps. It consists of a side-opening vest body with integrated front and back pockets for Enhanced Small Arms Protective Inserts (ESAPI) or Small Arms Protective Inserts (SAPI) plates in standard sizes such as small (8.75 x 11.75 inches), medium (9.5 x 12.5 inches), or large (10.125 x 13.25 inches), with adjustable positioning, along with adjustable side pockets for Side-SAPI plates. The vest includes a cummerbund for providing side torso protection and stability, complemented by padded, adjustable shoulder straps equipped with Fastex buckles to ensure secure fit and mobility. When empty—excluding armor plates and inserts—the core vest structure weighs approximately 9 pounds, allowing for scalability without excessive baseline burden. The outer shell of the MTV is constructed from durable, producer-dyed coyote brown Cordura nylon fabric, selected for its robustness in harsh environments, while the inner lining incorporates a moisture-wicking mesh material to enhance ventilation and reduce heat buildup during extended wear. Soft armor inserts, which can be integrated into the front, back, and side panels, are made from high-performance aramid fibers such as Kevlar KM2, Twaron, or SpectraShield, providing baseline fragmentation protection that complements the hard plates. These materials are engineered for compatibility with the vest's modular framework, enabling the attachment of pouches and accessories via MOLLE webbing without compromising the core integrity. Sizing options for the MTV range from extra-small/short to extra-large/long, accommodating a wide variety of body types through gender-neutral adjustments, including closures and elastic bungee elements in the and shoulder areas for optimal torso fit and movement. This configurability addresses fit issues common in earlier systems, such as bunching or gaps, by allowing users to tailor the vest's height, width, and tension. A key safety feature is the integrated quick-release pull system, which enables emergency jettisoning of the entire vest in seconds, facilitating rapid egress in or entanglement scenarios.

Attachments and Modularity Features

The Modular Tactical Vest (MTV) incorporates the (Pouch Attachment Ladder System) grid, a standardized MOLLE-compatible pattern, positioned on the front, back, sides, and shoulders to facilitate the attachment of mission-essential pouches, radios, hydration systems, and other gear. This system enables precise positioning and securement of accessories through woven straps and loops, allowing for customizable loadouts tailored to operational requirements. The grid supports the carriage of additional equipment weighing up to approximately 20 pounds, enhancing the vest's versatility without compromising mobility. Key accessory components include integrated side plate carriers designed to accommodate 6x8-inch or 7x8-inch Side SAPI/ESAPI plates for lateral protection, a detachable protector flap available in sizes such as XSmall/Medium and Large/XLarge, and a /collar assembly providing coverage for the and areas. Optional add-ons, such as guards and upper arm protectors, can be attached via the PALS system or dedicated mounting points to extend coverage as needed. These elements are constructed from durable, compatible materials that integrate seamlessly with the vest's core structure. Modularity is achieved through features like a detachable , which allows for size adjustments of up to 4 inches via bungee cords, fasteners, and movable side plate pockets to ensure a proper fit across varying body types. Ballistic plates can be inserted scalably without tools, with front and back ESAPI plates positioned using adjustable straps (limited to 1 inch below the sternal notch) and side plates secured in cummerbund channels. This tool-free design promotes rapid reconfiguration in the field. The is engineered for compatibility with U.S. Marine Corps combat uniforms, the (LWH), and load-bearing equipment such as the Improved Load Bearing Equipment (ILBE) packs, with strap positioning that prevents interference and supports three-point weapon slings or drop holsters. This integration ensures cohesive functionality within the broader Marine Corps gear ecosystem.

Protection and Performance

Ballistic and Fragmentation Protection

The Modular Tactical Vest (MTV) incorporates soft armor inserts providing protection equivalent to NIJ Level IIIA standards against handgun threats such as 9mm full metal jacket rounds and semi-jacketed projectiles. These inserts form the primary layer for ballistic resistance over the , enhancing vulnerability reduction compared to earlier systems. The vest's design integrates these soft armor panels seamlessly with the carrier, ensuring consistent performance under dynamic conditions. For rifle threats, the MTV accommodates Enhanced Small Arms Protective Inserts (ESAPI) and X-SAPI plates in front and back pockets, delivering NIJ Level IV-equivalent protection against 7.62mm armor-piercing rounds, including M61 AP ammunition at velocities up to 878 m/s. Optional side plate pockets support smaller ESBI or side SAPI plates, extending coverage to the lateral torso. Standard front and back plates measure 10x12 inches for medium sizing, while side plates are typically 6x8 inches, with the overall configuration minimizing unprotected gaps through integrated soft and hard armor. Fragmentation resistance is a core feature, with soft armor panels rated for protection against fragments per MIL-STD-662F testing protocols. This exceeds the Interceptor Body Armor's coverage, providing greater soft armor over the torso compared to the prior system, thereby reducing exposure to shrapnel from explosions. The enhanced fragmentation protection contributes to lower injury rates from , a common battlefield threat. The MTV's protective capabilities were certified through rigorous testing by the U.S. Army Research Laboratory in 2006, including first article tests for ballistic penetration and fragmentation limits. Field demonstrations have confirmed efficacy against threats when ESAPI plates are installed, underscoring the system's role in multi-threat environments. While this level of protection improves survivability, it introduces ergonomic considerations in load distribution that are addressed in vest design optimizations.

Ergonomics and Load Distribution

The Modular Tactical Vest (MTV) incorporates a system designed to improve load distribution to the hips, thereby alleviating pressure on the shoulders and spine for extended wear during operations. This configuration reduces shoulder strain relative to the earlier Interceptor Body Armor (IBA), which relied more heavily on shoulder-borne weight distribution. When fully loaded with ballistic plates, soft armor inserts, and attached pouches, the MTV typically weighs 25-30 lbs, enabling soldiers to maintain posture and reduce upper-body over prolonged missions. Key mobility enhancements in the MTV include articulated plate pockets that permit greater arm swing, facilitating handling and natural upper-body movement without excessive restriction. The vest's breathable mesh panels help mitigate heat accumulation in hot environments compared to denser predecessors, which supports sustained performance in arid or tropical theaters. These features collectively improve operational agility while preserving protective coverage. Fit and comfort are prioritized through multi-point adjustable straps that conform to varied body types and prevent chafing or hotspots during dynamic activities. Initial USMC field trials demonstrated reduced fatigue attributed to the vest's ergonomic padding and scalable design, which allowed for personalized adjustments. The modularity of the further aids ergonomic customization by enabling users to configure attachments based on mission-specific needs. Despite these advances, the MTV's rigid plate integration may limit certain low-profile maneuvers, though subsequent variants like the Improved Modular Tactical Vest introduced refinements to address this.

Variants and Successors

Improved Modular Tactical Vest

The Improved Modular Tactical Vest (IMTV) was fielded by the in as a direct upgrade to the original Modular Tactical Vest (MTV), drawing on operational feedback from deployments in and to resolve key user concerns such as excessive weight, suboptimal fit, and unreliable quick-release mechanisms. This development stemmed from extensive surveys and focus groups conducted with , which highlighted the need for better mobility, load distribution, and scalability without compromising ballistic protection; casualty analysis from these conflicts further informed enhancements to torso coverage and side protection. Produced by Protective Products Enterprises under Marine Corps contracts, the IMTV emphasized ergonomic refinements and modular adaptability to support diverse mission profiles and body types. Among the primary upgrades, the IMTV achieved a lighter design through advanced laminate materials and streamlined construction, reducing overall burden on the wearer compared to the while preserving protection against fragmentation and 9mm rounds via integrated soft armor panels. The quick-release system was overhauled with a dual-pull mechanism, enabling faster egress and addressing prior reliability issues reported in field use. Fit improvements included adjustable shoulder straps, a larger neck opening for enhanced , and scalable sizing to better accommodate and those of smaller stature, promoting equitable comfort across genders without dedicated gender-specific variants. Design modifications focused on practicality and organization, incorporating integrated Modular Accessory Pouches (MAP) for streamlined gear storage and reduced external clutter, alongside standard side plate pockets with simplified insertion slots for Enhanced Side Ballistic Inserts (ESBI). These changes built on the MTV's core modularity by expanding MOLLE-compatible attachment points across the front, back, and cummerbund, allowing for customizable loadouts while maintaining 360-degree protection. Shoulder bolsters and kidney guards were refined for better weapons handling and stability under dynamic movement. Performance benefits included superior ventilation via redesigned mesh panels and airflow channels, alongside quicker adjustment processes that minimized donning time in high-stress scenarios. These enhancements resulted in reported gains in wearer endurance and operational efficiency, with the IMTV supporting Enhanced Small Arms Protective Inserts (ESAPI) for rifle-threat resistance. At approximately $1,500 per unit in dollars, the system represented a cost-effective evolution prioritizing user-centric improvements. The (MBAV), developed by Eagle Industries, serves as a related system primarily for forces, including Marine Corps units like MARSOC, with a design that incorporates a similar to the MTV while supporting SPEAR plates for enhanced ballistic protection. The USMC began phasing out the MTV and IMTV in favor of lighter systems, with the Plate Carrier Generation III (PC Gen III) entering full transition by 2020 to support missions requiring greater mobility. This replacement reduces overall weight by approximately 25% compared to legacy plate carriers, with the empty PC Gen III weighing around 5 pounds, enabling faster movement and reduced fatigue. As of 2025, legacy IMTV and systems continue limited use in training and reserve units, while the PC Gen III has become the standard for active-duty , with widespread adoption reported in recent updates. The planned (MSV) for the USMC, initially proposed in 2013 to combine IMTV and plate carrier features, was not adopted, with services except the Marine Corps utilizing the Army's MSV variant. In comparisons, the PC Gen III offers about 30% less bulk than the IMTV through streamlined design and laser-cut , improving but relying on optional side plate inserts for coverage, unlike the integrated side protection in the full-coverage IMTV—no components from the family have been fully retired, allowing modular reuse across systems.

Operational Use

Primary Military Users

The primary military user of the Modular Tactical Vest (MTV) is the (USMC), which adopted it in 2006 as the standard issue for and personnel, replacing the earlier Outer Tactical Vest to enhance protection and modularity during operations. The vest was fielded to over 100,000 units across Marine Expeditionary Forces, with initial procurement of 60,000 units prioritized for deploying units in and , later expanded to a total acquisition objective of 108,000 by 2008. It remained in widespread service through 2020, though phased into supplemental roles after the introduction of lighter plate carrier systems in the early 2010s. The USMC maintained an active inventory based on the 108,000 units procured.

Combat Deployments and Feedback

The Modular Tactical Vest (MTV) saw widespread deployment by U.S. Marine Corps units during Operation Iraqi Freedom in from 2007 to 2011 and in from 2006 to 2021, with initial fielding prioritized for combat rotations beginning in February 2007 and completing by September 2007. These deployments addressed urgent needs for improved load-bearing and protective capabilities in high-threat environments, replacing the earlier Interceptor Body Armor system. configurations like the MTV, incorporating Small Arms Protective Inserts (SAPI) plates, contributed to significant reductions in fatalities; a 2005 report indicated that 42% of torso injuries resulting in death during early operations could have been survivable with enhanced coverage provided by such systems. User feedback from Marine Corps surveys during and after initial deployments highlighted both strengths and areas for improvement. A 2007–2008 online survey of revealed overall moderate satisfaction, with 59.9% rating the MTV as borderline acceptable or better for and load distribution, though 6.9% cited thermal discomfort—particularly overheating in conditions—as a key issue, alongside concerns over weight (17.4%) and mobility (7.7%). These insights, corroborated by field evaluations in , prompted the development of the Improved Modular Tactical Vest (IMTV), which incorporated ventilation enhancements and adjustable components to mitigate heat retention and improve comfort. Effectiveness assessments confirmed the MTV's soft armor provided reliable fragmentation protection against common threats like shrapnel and 9mm rounds, meeting Department of Defense ballistic standards as verified in 2007 readiness reports analyzing combat incidents. Post-2020, the and its variants remain in use for military exercises, where feedback emphasizes sustained durability. As of 2025, evaluations such as U.S. Army tests in June 2025 highlight compatibility with vest-mounted sensors and drone countermeasures, such as jammers, though the vest's bulk is noted as less ideal compared to lighter modern carriers. The has been largely replaced for roles by the Plate Carrier Generation III system, achieving full operational capability around 2023, but continues in and supplemental applications.

References

  1. https://apps.dtic.mil/sti/tr/pdf/ADA508094.pdf
  2. https://sldinfo.com/wp-content/uploads/2010/01/MTV-USMC-06-09.pdf
  3. https://www.youtube.com/watch?v=g-L9AuMxRE0
  4. https://apps.dtic.mil/sti/tr/pdf/ADA509729.pdf
  5. https://apps.dtic.mil/sti/pdfs/AD1124667.pdf
  6. https://www.nbcnews.com/id/wbna28483535
  7. https://ciehub.info/References/www.marcorsyscom.usmc.mil/sites/pmice/AddInfo/Armor/MTV/MTVTraining/MTVCommercialManual.pdf
  8. https://nij.ojp.gov/topics/equipment-and-technology/ballistic-resistance-body-armor-nij-standard-010107
  9. http://everyspec.com/MIL-STD/MIL-STD-0500-0699/MIL-STD-662F_6718/
  10. https://bisonvest.com/CATALOGS/PPI_MTV_USMC.pdf
  11. https://www.marines.mil/News/Marines-TV/videoid/282564/dvpTag/equipment/
  12. https://www.military.com/equipment/modular-tactical-vest
  13. https://www.gear-illustration.com/2016/09/06/marine-improved-modular-tactical-vest-plate-carrier-imtv-pc/
  14. https://ciehub.info/spec/PD/PD_IMTV_2009-04-28.pdf
  15. https://www.marcorsyscom.marines.mil/Organization/Program-Offices/Ground-Weapons-Systems/Infantry-Combat-Equipment/Information-Sheets/
  16. https://www.catalystsurplus.com/product-page/eagle-industries-mbav
  17. https://www.overtdefense.com/2020/04/13/us-marines-receive-new-plate-carrier-generation-iii-body-armour/
  18. https://www.marinecorpstimes.com/news/your-marine-corps/2020/04/08/the-corps-starts-fielding-new-lightweight-plate-carrier-to-grunts/
  19. https://www.marines.mil/News/Messages/Messages-Display/Article/4193050/marine-corps-policy-on-the-wear-and-purchase-of-body-armor-and-personal-protect/
  20. https://www.marcorsyscom.marines.mil/News/News-Article-Display/Article/509557/mcsc-individual-armor-team-knows-one-size-does-not-fit-all/
  21. https://www.dla.mil/About-DLA/News/News-Article-View/Article/4266545/dla-uses-innovative-contracting-strategies-to-seamlessly-field-lighter-improved/
  22. https://www.marcorsyscom.marines.mil/News/Article/1646453/marine-corps-awards-contract-for-lighter-weight-body-armor-to-better-fit-all-ma/
  23. https://www.armorexpress.com/product/usmc-plate-carrier/
  24. https://www.hqmc.marines.mil/News/Article/Article/551547/systems-command-improves-marines-combat-effectiveness-with-new-modular-tactical/
  25. https://www.gao.gov/assets/a94810.html
  26. https://bendbulletin.com/2009/01/04/marine-corps-responds-to-calls-for-better-armor/
  27. https://www.dvidshub.net/image/9092763/us-army-tests-new-wearable-counter-drone-tech-during-project-flytrap
  28. https://www.gear-illustration.com/2024/10/20/marine-corps-plate-carrier-generation-iii/
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