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November, 28

The M16: An Icon of Modern Warfare

The original M16 rifle debuted as a 5.56×45mm automatic rifle with a 20-round magazine. In 1964, the United States military officially adopted it for service. The following year, it was thrust into the demanding theater of jungle warfare during the Vietnam War.

Table of Contents

  1. What is M16?
  2. History (Background)
  3. Adoption
  4. Reliability
  5. Design
    • Barrel
    • Recoil
    • Sight
    • Range and accuracy
    • Terminal ballistics
    • Magazines
    • Muzzle devices
    • Grenade launchers and shotguns
    • Bayonet
    • Bipod
  6. NATO standards
  7. Variants
    • XM16E1 and M16A1 (Colt Model 603)
    • M16
    • M16A2
    • M16A3
    • M16A4
  8. Conflict
  9. References

The M16: A Landmark Improvement

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The M16: An Icon of Modern Warfare 12

In 1969, the M16A1 stepped onto the scene, replacing the M14 rifle as the standard service rifle of the U.S. military. This transition marked a significant milestone in the M16’s journey. The M16A1 incorporated a series of vital modifications, including adding a bolt-assist, a chrome-plated bore for enhanced durability, protective reinforcement around the magazine release, and a revised flash hider.

M16A2: Precision and Enhancement

By 1983, the U.S. Marine Corps adopted the M16A2 rifle, and the U.S. Army followed suit in 1986. The M16A2 introduced several notable improvements. It fired the enhanced 5.56×45mm (M855/SS109) cartridge and featured an adjustable rear sight, a case deflector, a heavy barrel for sustained accuracy, an improved handguard, a more ergonomic pistol grip, and a modernized buttstock. Furthermore, it offered a semi-auto and three-round burst fire selector, enhancing the rifle’s versatility.

The M16A4: Fourth-Generation Excellence

In July 1997, the M16A4 emerged as the fourth generation of the M16 series. This variant came equipped with a removable carrying handle and a Picatinny rail system, enabling the attachment of optics and various ancillary devices. These advancements further enhanced the M16’s adaptability for modern combat scenarios.

Global Reach and Production Milestones

The influence of the M16 extended far beyond American borders. It has been widely adopted by numerous armed forces worldwide, becoming one of the most-produced firearms of its 5.56 mm caliber. With approximately 8 million units manufactured globally, the M16 solidified its status as a renowned military rifle.

The Transition to the M4 Carbine

Despite its global success, the U.S. military has gradually replaced the M16 in frontline combat units with a more compact and versatile option, the M4 carbine. The M4 maintains the M16’s caliber but offers a shorter and lighter configuration, making it highly suitable for close-quarters combat and urban warfare.

Looking to the Future: The XM7

In a significant development, the U.S. Army made a forward-looking decision in April 2022 by selecting the SIG MCX SPEAR as the Next Generation Squad Weapon Program winner. This selection is poised to replace the M16 and M4 rifles. The newly designated XM7 marks the beginning of a new chapter in the evolution of infantry firearms.

As we delve deeper into the M16’s design, performance, and its adoption by various military forces, we’ll continue to uncover the rich tapestry of its history and its enduring impact on modern warfare.

What is an M16?

The M16 is a 5.56-caliber air-cooled, gas-operated, magazine-fed assault rifle developed by the United States and first fielded by US Army Special Forces in Vietnam.

What does the M16 stand for?

So the name M16 Rifle basically means Rifle, Model – 16. If it’s named M16A2 Rifle means Rifle, Model – 16, Alteration – 2.

History and Background of M16

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The M16: An Icon of Modern Warfare 13

Evolution and Adoption of the M16 Rifle

To understand the birth of the iconic M16 rifle, we must rewind to a time when military firepower underwent significant transformation.

A Departure from Tradition

In 1928, a U.S. Army ‘Caliber Board’ conducted firing tests at Aberdeen Proving Ground and recommended transitioning to smaller caliber rounds, particularly .27 in (6.86 mm) caliber. Largely in deference to tradition, this recommendation was ignored, and the Army referred to the .30 in (7.62 mm) caliber as “full-sized” for the next 35 years.

The Quest for a Single Automatic Rifle

After World War II, the United States military started looking for a single automatic rifle to replace the M1 Garand, M1/M2 Carbines, M1918 Browning Automatic Rifle, M3 “Grease Gun,” and Thompson submachine gun. However, early experiments with select-fire versions of the M1 Garand proved disappointing.

The Need for an Intermediate Round

However, senior American commanders insisted that a single, powerful .30 caliber cartridge be developed that could be used by the new automatic rifle and the new general-purpose machine gun (GPMG) in concurrent development. This culminated in the development of the 7.62×51 mm NATO cartridge.

The AR-15 Emerges

Enter the AR-15, introduced in the late 1950s by ArmaLite. This revolutionary firearm featured a straight-line barrel/stock design, lightweight materials, and an adjustable gas system. Its remarkable performance garnered attention.

Early Controversies

Despite initial success, the M14 was chosen over the AR-10 for U.S. Army service. However, confrontations in the early days of the Vietnam War revealed issues with the M14’s controllability and ammunition capacity.

The Birth of the AR-15

In response to the demand for a lightweight, high-powered rifle, the AR-15 evolved. The scaled-down version, known as the ArmaLite AR-15, was designed to use the .223-inch caliber (5.56 mm) select-fire system. It brought a host of advantages, including controlled autofire, reduced weight, and high accuracy.

The Battle for Acceptance

The U.S. military conducted extensive testing on the AR-15, with mixed evaluations. However, bureaucratic battles ensued between proponents of the M14 and the AR-15. President Kennedy expressed concerns, leading to thorough investigations and debates.

Triumph of the AR-15

In January 1963, Secretary of Defense Robert McNamara concluded that the AR-15 was the superior weapon system. With modifications, the AR-15 was adopted as the M16 Rifle.

M16’s Early Challenges

Early versions of the M16 faced challenges in combat, with issues like jamming and reliability. Modifications and improvements were swiftly implemented, leading to the M16A1.

Widespread Adoption of The M16

In 1969, the M16A1 officially replaced the M14 as the U.S. military’s standard service rifle. Its reliability was further enhanced, making it the go-to weapon for American troops in Vietnam.

An Enduring Legacy

The M16’s legacy transcends its turbulent beginnings. Numerous U.S. allies have adopted it, and the 5.56×45 mm NATO cartridge has become a global standard. This revolutionary rifle set the benchmark for future assault rifles worldwide.

As we continue exploring the M16’s journey, we’ll delve into its design, reliability, and pivotal role in military history. If you have any specific points or details you’d like to emphasize in this section or in upcoming sections, please share them, and we’ll ensure they are incorporated into the content.

Reliability of the M16 Rifle

M16 Reliability Issues and Congressional Investigation

During the early part of its service, the M16 had a reputation for poor reliability and a malfunction rate of two per 1000 rounds fired. The M16’s action works by passing high-pressure propellant gasses, tapped from the barrel, down a tube, and into the carrier group within the upper receiver. The gas goes from the gas tube, through the bolt carrier key, and into the inside of the carrier, where it expands in a donut-shaped gas-piston cylinder.

Because the barrel prevents the bolt from moving forward, the carrier is driven to the rear by the expanding gases and thus converts the energy of the gas to the movement of the rifle’s parts. The back part of the bolt forms a piston head, and the cavity in the bolt carrier is the piston sleeve. While the M16 is commonly said to use a direct impingement system, this is wrong, and it is instead correct to say it uses an internal piston system.

Design Challenges and Maintenance of The M16

This design is much lighter and more compact than a gas-piston design. However, this design requires that combustion byproducts from the discharged cartridge be blown into the receiver as well. This accumulating carbon and vaporized metal build-up within the receiver and bolt carrier negatively affects reliability and necessitates more intensive maintenance on the part of the individual soldier.

The channeling of gasses into the bolt carrier during operation increases the amount of heat that is deposited in the receiver while firing the M16 and causes the essential lubricant to be “burned off.” This requires frequent and generous applications of appropriate lubricant. Lack of proper lubrication is the most common source of weapon stoppages or jams.

Early M16 Troubles in Vietnam

The original M16 fared poorly in the jungles of Vietnam and was infamous for reliability problems in harsh environments. Max Hastings was critical of the M16’s general field issue in Vietnam just as grievous design flaws became apparent. He further states that the Shooting Times experienced repeated malfunctions with a test M16 and assumed these would be corrected before military use, but they were not. Many Marines and soldiers were so angry with the reliability problems they began writing home, and on 26 March 1967, the Washington Daily News broke the story. Eventually, the M16 became the target of a Congressional investigation.

Congressional Findings and M16A1 Improvements

The investigation found that:

  1. The M16 was issued to troops without cleaning kits or instructions on how to clean the rifle.
  2. The M16 and 5.56×45 mm cartridge was tested and approved with the use of a DuPont IMR8208M extruded powder, which was switched to Olin Mathieson WC846 ball powder, which produced much more fouling, which quickly jammed the action of the M16 (unless the gun was cleaned well and often).
  3. The M16 lacked a forward assist (rendering the rifle inoperable when it failed to go fully forward).
  4. The M16 lacked a chrome-plated chamber, which allowed corrosion problems and contributed to case extraction failures (which was considered the most severe problem and required extreme measures to clear, such as inserting the cleaning rod down the barrel and knocking the spent cartridge out).

Improved Reliability with M16A1

When these issues were addressed and corrected by the M16A1, the reliability problems decreased greatly. According to a 1968 Department of Army report, the M16A1 rifle achieved widespread acceptance by U.S. troops in Vietnam.

Ammunition and Powder Challenges of The M16

Another underlying cause of the M16’s jamming problem was identified by ordnance staff, who discovered that Stoner and ammunition manufacturers had initially tested the AR 15 using DuPont IMR8208M extruded (stick) powder. Later, ammunition manufacturers adopted the more readily available Olin Mathieson WC846 ball powder. The ball powder produced a longer peak chamber pressure with undesired timing effects.

Upon firing, the cartridge case expands and seals the chamber (obturation). When the peak pressure drops, the cartridge case contracts and can be extracted. The cartridge case was not contracted enough during extraction with ball powder due to the longer peak pressure period. The ejector would then fail to extract the cartridge case, tearing through the case rim and leaving an obturated case behind.

M4 Carbine Challenges

After introducing the M4 carbine, it was found that the shorter barrel length of 14.5 inches also harms the reliability, as the gas port is closer to the chamber than the gas port of the standard length M16 rifle: 7.5 inches instead of 13 inches. This affects the M4’s timing and increases the amount of stress and heat on the critical components, thereby reducing reliability.

In a 2002 assessment, the USMC found that the M4 malfunctioned three times more often than the M16A4 (the M4 failed 186 times for 69,000 rounds fired, while the M16A4 failed 61 times). Thereafter, the Army and Colt worked to make modifications to the M4s and M16A4s to address the problems found.

Recent Assessments and Improvements

In December 2006, the Center for Naval Analyses (CNA) released a report on U.S. small arms in combat. The CNA surveyed 2,608 troops returning from combat in Iraq and Afghanistan over the past 12 months. Only troops who had fired their weapons at enemy targets were allowed to participate. 1,188 troops were armed with M16A2 or A4 rifles, making up 46 percent of the survey.

75 percent of M16 users (891 troops) reported feeling satisfied with the weapon. 60 percent (713 troops) were satisfied with handling qualities such as handguards, size, and weight. Of the 40 percent dissatisfied, most were with its size. Only 19 percent of M16 users (226 troops) reported a stoppage, while 80 percent of those who experienced a stoppage said it had little impact on their ability to clear the stoppage and re-engage their target.

Half of the M16 users experienced failures in their magazines to feed. 83 percent (986 troops) did not need their rifles repaired while in the theater. 71 percent (843 troops) were confident in the M16’s reliability, defined as a level of soldier confidence their weapon will fire without malfunction, and 72 percent (855 troops) were confident in its durability, defined as a level of soldier confidence their weapon will not break or need repair.

Both factors were attributed to high levels of soldiers performing their maintenance. 60 percent of M16 users offered recommendations for improvements. Requests included greater bullet lethality, new-built instead of rebuilt rifles, better quality magazines, decreased weight, and a collapsible stock. Some users recommended shorter and lighter weapons, such as the M4 carbine.

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Addressing Issues and Improvements

Some issues have been addressed by issuing the Improved STANAG magazine in March 2009 and the M855A1 Enhanced Performance Round in June 2010.

M16 Design

The M16 is a lightweight, 5.56 mm, air-cooled, gas-operated, magazine-fed assault rifle with a rotating bolt. The M16’s receivers are made of 7075 aluminum alloy, barrel, bolt, and bolt carrier of steel, and its handguards, pistol grip, and buttstock of plastics.

Derived from ArmaLite Actions

The M16 internal piston action was derived from the original ArmaLite AR-10 and ArmaLite AR-15 actions. This internal piston action system designed by Eugene Stoner is commonly called a direct impingement system, but it does not use a conventional direct impingement system. In U.S. Patent 2,951,424, the designer states: This invention is a true expanding gas system instead of the conventional impinging gas system.″ The gas system, bolt carrier, and bolt-locking design were novel for the time.

M16A1: Lightweight Advancement

The M16A1 was especially lightweight at 7.9 pounds (3.6 kg) with a loaded 30-round magazine. This was significantly less than the M14 that it replaced at 10.7 pounds (4.9 kg) with a loaded 20-round magazine. It is also lighter when compared to the AKM’s 8.3 pounds (3.8 kg) with a loaded 30-round magazine.

Barrel Design and Rifling Twist

Early model M16 barrels had a rifling twist of four grooves, right-hand twist, one turn in 14 inches (1:355.6 mm or 64 calibers) bore—as it was the same rifling used by the .222 Remington sporting cartridge. The rifling was soon altered after discovering that military bullets could yaw in flight at long ranges under unfavorable conditions. Later M16 models and the M16A1 had an improved rifling with six grooves, right-hand twist, one turn in 12 inches (1:304.8 mm or 54.8 calibers) for increased accuracy and was optimized to stabilize the M193 ball and M196 tracer bullets adequately. M16A2 and current models are optimized for firing the heavier NATO SS109 ball and long L110 tracer bullets and have six grooves, right-hand twists, and one turn in 7 in (1:177.8 mm or 32 calibers).

Recoil Management and Design of The M16

The (M16’s) Stoner system provides a symmetric design, allowing straight-line movement of the operating components. This allows recoil forces to drive straight to the rear. Instead of connecting other mechanical parts driving the system, high-pressure gas performs this function, reducing the weight of moving parts and the rifle as a whole.

The M16 uses a “straight-line” recoil design, where the recoil spring is located in the stock directly behind the action and serves the dual function of operating spring and recoil buffer. The stock being in line with the bore also reduces muzzle rise, especially during automatic fire. Because recoil does not significantly shift the point of aim, faster follow-up shots are possible, and user fatigue is reduced. In addition, current model M16 flash-suppressors also act as compensators to reduce recoil further.

Sights and Aiming Systems

The M16’s most distinctive ergonomic feature is the carrying handle and rear sight assembly on top of the receiver. This is a by-product of the original AR-10 design, where the carrying handle contained a rear sight that could be set for specific range settings and also served to protect the charging handle. The M16 carry handle also provided mounting groove interfaces and a hole at the bottom of the handle groove for mounting a Colt 3×20 telescopic sight featuring a Bullet Drop Compensation elevation adjustment knob for ranges from 100 to 500 yd (91 to 457 m). This concurs with the pre-M16A2 maximum effective range of 460 m (503 yd).

The M16A4 omitted the carrying handle and rear sight assembly on top of the receiver. Instead, it features a MIL-STD-1913 Picatinny railed flat-top upper receiver for mounting various optical sighting devices or a new detachable carrying handle and M16A2-style rear sight assembly.

This design evolution has made the M16 a versatile and adaptable platform for various sighting systems and accessories.

Range and Accuracy of the M16

The M16 rifle has earned a well-deserved reputation for its outstanding accuracy, setting it apart from other service rifles. Several key features contribute to its exceptional marksmanship, making it a favorite among military personnel and marksmen alike.

Effective Range and Precision

The M16’s remarkable accuracy is one of its defining attributes. Shooters can confidently engage targets, achieving pinpoint accuracy even at considerable distances. This capability is a result of several factors working in harmony.

  • Light Recoil: The M16’s light recoil allows for precise shot placement. When firing, the shooter experiences minimal recoil, which reduces the likelihood of the muzzle rising off-target, especially during automatic fire. This results in faster follow-up shots and reduced shooter fatigue.
  • High-Velocity Rounds: The M16 fires high-velocity rounds, meaning the bullets travel at significant speeds. This high velocity and the rifle’s inherent accuracy allow shooters to hit targets at extended ranges consistently.
  • Flat Trajectory: The M16’s bullets follow a flat trajectory, maintaining a relatively straight path over longer distances. This trajectory and the rifle’s accuracy enable shooters to make precise shots with minimal adjustment for bullet drop.

Extended Effective Range

With the introduction of the M855 cartridge, the M16’s effective range was significantly extended. This upgrade pushed the rifle’s capabilities further, making it more accurate and deadly at greater distances.

  • M855 Cartridge: The M855 cartridge, with its advanced ballistics, enables M16 users to engage targets effectively at distances of up to 600 meters. This increased range empowers soldiers and marksmen to reach and neutralize threats beyond the typical engagement distances of most other rifles.

Real-World Accuracy

The M16’s accuracy isn’t just a matter of technical specifications; it’s demonstrated in real-world combat scenarios.

  • Fallujah, Iraq: In Fallujah, Iraq’s challenging urban combat environment, Marines armed with ACOG-equipped M16A4 rifles demonstrated their exceptional accuracy. They consistently achieved headshots, a testament to the rifle’s precision and their marksmanship skills. Some observers were so astonished by the accuracy that they initially misunderstood the results, thinking the insurgents had been executed.

Ballistic Insights

To gain a deeper understanding of the M16’s capabilities, let’s delve into some ballistic data:

  • Caliber: 5.56×45 mm
  • Cartridge: M193
  • Effective Range: 500 yards (460 m)
  • Horizontal Range: 711 yards (650 m)
  • Lethal Range: 984 yards (900 m)
  • Maximum Range: 3000 yards (2700 m)

These figures underscore the rifle’s exceptional accuracy and effectiveness at various distances, making it a formidable weapon in the hands of skilled marksmen.

Terminal Ballistics

The M16’s 5.56×45 mm cartridge offers several advantages over the previously used 7.62×51 mm NATO round, enhancing control during automatic fire and ammunition capacity.

  • Fragmentation and Energy Transfer: The 5.56×45 mm NATO cartridge can produce significant wounding effects. When the bullet strikes its target at high speed and yaws or tumbles within the tissue, it fragments, rapidly transferring energy and causing substantial damage.
  • Original M193 Cartridge: The original 55-grain M193 cartridge was known for its devastating impact. Upon striking a human body, the bullet would often yaw and fragment, resulting in wounds that were disproportionately severe.
  • Introduction of M855 Cartridge: In response to evolving combat scenarios, the M855 cartridge was introduced, featuring a heavier 62-grain bullet and a steel core designed to penetrate Soviet body armor. While this cartridge excelled in armor penetration, it reduced fragmentation and wounding effects on non-armored targets.

Challenges with Short Barrels

One challenge encountered with the M16/M4 platform is the decreased effectiveness of the M855 cartridge when fired from short-barreled M4 carbines. The shorter barrel reduces muzzle velocity, impacting the round’s lethality.

  • M4 Carbine: The M4’s 14.5-inch barrel length reduces muzzle velocity, which can diminish the M855’s wounding ability, especially at longer ranges.

Enhanced Performance with M855A1

The U.S. Army introduced the M855A1 Enhanced Performance Round (EPR), recognizing the need for improved lethality. This lead-free round maximizes the performance of the 5.56×45 mm cartridge, enhancing range, accuracy, penetration, and soft-tissue fragmentation. Crucially, it consistently fragments in soft tissue when fired from not only standard-length M16s but also short-barreled M4 carbines.

The M855A1 has been well-received, addressing concerns about the M855’s effectiveness and solidifying the M16’s reputation for precision and adaptability.

Magazines for the M16: Enhancing Functionality and Reliability

The M16 rifle, renowned for its accuracy, lightweight design, and adaptability, owes much of its performance to the magazines it utilizes. These magazines have evolved over the years, addressing various challenges and enhancing the rifle’s overall functionality and reliability. In this comprehensive exploration, we delve into the fascinating evolution of M16 magazines, their impact on the rifle’s performance, and how innovative solutions have improved their design.

Evolution of the M16 Magazine

The story of M16 magazines begins with their original purpose as lightweight, disposable items. The early magazines were crafted from pressed/stamped aluminum to achieve this, prioritizing weight savings over long-term durability. One of the notable features of these magazines was their initial capacity of 20 rounds. However, this capacity would undergo a significant transformation as the M16 evolved.

Transition to 30-round Magazines

A crucial milestone in the history of M16 magazines was the shift from the initial 20-round design to the more spacious 30-round magazines. This transition began in late 1967 and continued through the mid-1970s. The motivation behind this change was clear: to enhance the rifle’s ammunition capacity without compromising its reliability or ease of use.

Standard USGI aluminum 30-round M16 magazines, when empty, weigh in at a mere 0.24 lb (0.11 kg) and measure 7.1 inches (18 cm) in length. These magazines became the standard, balancing ammunition capacity and weight for the average soldier.

Challenges with Magazine Followers

While the transition to 30-round magazines improved the M16’s ammunition capacity, it also challenged magazine followers. These followers had a tendency to rock or tilt, leading to potential malfunctions during operation. To overcome this issue, innovative solutions were developed.

One notable solution came from Heckler & Koch (H&K), which introduced an all-stainless-steel magazine. This alternative material aimed to mitigate the shortcomings of the original aluminum design, offering increased durability and reliability in challenging conditions.

Another pioneering solution came from Magpul, a company known for its expertise in firearms accessories. Magpul introduced the P-MAG, a polymer magazine designed to address follower-related challenges effectively. The P-MAG’s design sought to provide a robust and reliable alternative to traditional aluminum magazines.

The Quest for Improved Magazine Design

The challenges associated with magazine followers prompted a quest for improved magazine design. The goal was to enhance reliability and performance while maintaining the lightweight characteristics that define the M16.

2009, a significant breakthrough occurred by introducing an “improved magazine.” A distinctive tan-colored follower identified these magazines. This follower incorporated several key enhancements, including an extended rear leg and modified bullet protrusion. These modifications improved round stacking and orientation, reducing the likelihood of jamming.

The self-leveling/anti-tilt follower design minimized malfunctions, ensuring smoother and more reliable ammunition feeding. A wider spring coil profile was also introduced, creating even force distribution within the magazine. Perhaps the most remarkable aspect of these improvements was that they did not result in added weight or increased production costs, making them a practical and cost-effective enhancement to the magazines.

The Era of the Enhanced Performance Magazine (EPM)

In July 2016, the U.S. Army introduced another significant improvement in magazine design, known as the Enhanced Performance Magazine (EPM). This innovation represented a leap forward in reliability for the M4 Carbine, a variant of the M16. Developed by the United States Army Armament Research, Development, and Engineering Center in collaboration with the Army Research Laboratory, the EPM featured a distinctive tan-colored body and a blue follower.

The EPM promised a remarkable 300% increase in reliability for the M4 Carbine, a significant advancement that further solidified the reputation of the M16 platform. These improvements were particularly noteworthy in demanding operational environments where reliable ammunition feeding is critical.

The Role of M16 Magazines

The evolution of M16 magazines reflects a commitment to enhancing the rifle’s reliability and functionality. From the early challenges related to magazine followers to the development of enhanced and more reliable magazine designs, the M16 platform has continually benefited from ongoing innovations in its magazine systems.

These magazines play a pivotal role in ensuring the rifle’s effectiveness on the battlefield. As an integral component of the M16’s success, they have contributed to its reputation as a versatile and adaptable firearm. The journey of M16 magazines is a testament to the dedication of engineers and designers to provide soldiers with the best tools possible, ultimately enhancing their safety and capabilities in the field.

Muzzle Devices: Shaping the Sound and Flash

Most M16 rifles are equipped with a threaded barrel featuring 1⁄2-28″ threads, allowing for the attachment of muzzle devices. Among these devices are flash suppressors and sound suppressors, each serving unique purposes in enhancing the rifle’s performance.

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The initial design of the flash suppressor featured three tines or prongs and was primarily intended to preserve the shooter’s night vision by disrupting the muzzle flash. However, this design had its drawbacks, as it was prone to breakage and could become entangled in vegetation, potentially compromising the shooter’s effectiveness.

The design evolved to address these issues, resulting in the “A1” or “birdcage” flash suppressor, notably found on the M16A1. This design closed the end of the flash suppressor, reducing the likelihood of breakage and entanglement. Additionally, on the M16A2 version, the bottom port of the flash suppressor was closed to reduce muzzle climb and prevent dust from rising when firing in the prone position. This design change led the U.S. military to classify the A2 flash suppressor as a compensator and a muzzle brake, though it’s commonly known as the “GI” or “A2” flash suppressor.

Another notable development in muzzle devices is the Vortex Flash Hider. Weighing a mere 3 ounces and measuring 2.25 inches in length, this device doesn’t require a lock washer for attachment to the barrel. It was introduced in 1984 and is one of the earliest privately designed muzzle devices. The U.S. military adopted the Vortex Flash Hider for use on both M4 carbines and M16 rifles. It offers effective flash suppression while minimizing the risk of entanglement.

Innovation in muzzle devices hasn’t stopped there. The market now includes a range of alternatives, such as the Phantom Flash Suppressor by Yankee Hill Machine (YHM) and the KX-3 by Noveske Rifleworks, each with its unique features and benefits.

Grenade Launchers and Shotguns: Expanding Lethal Capabilities

M16 Rifle: Most Up-to-Date Encyclopedia, News & Reviews
M16 Rifle

The adaptability of the M16 platform goes beyond the rifle itself, extending to under-barrel attachments like grenade launchers and shotguns. These attachments provide soldiers with expanded capabilities on the battlefield.

All current M16-type rifles can accommodate under-barrel 40 mm grenade launchers, including the M203 and M320. These launchers use the same 40×46mm LV grenades as the older stand-alone M79 launchers, effectively providing soldiers with versatile firepower for various mission scenarios.

Additionally, the M16 can be equipped with under-barrel 12 gauge shotguns like the KAC Masterkey or the M26 Modular Accessory Shotgun System. These shotguns extend the M16’s capabilities, including close-quarters combat and breaching tasks.

Riot Control Launcher: Managing Unrest

M16 Rifle: Most Up-to-Date Encyclopedia, News & Reviews

In situations demanding non-lethal crowd control, the M16 platform can be equipped with the M234 Riot Control Launcher. This attachment fires M755 blank rounds and mounts on the muzzle, bayonet lug, and front sight post of the M16. It has the capacity to fire either the M734 64 mm Kinetic Riot Control or the M742 64 mm CSI Riot Control Ring Airfoil Projectiles.

One of the advantages of using Ring Airfoil Projectiles is that their design prevents them from being thrown back effectively by rioters, ensuring better crowd management. While U.S. forces once used the M234 Riot Control Launcher, it has since been replaced by more modern alternatives like the M203 grenade launcher and nonlethal ammunition.

Bayonets: Versatile Tools at the Ready

M16 Rifle: Bayonet Feature
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The M16’s adaptability doesn’t stop with firearms and launchers; it extends to edged tools like bayonets. When equipped with a bayonet, the M16 reaches a length of 44.25 inches (1,124 mm), becoming a formidable close-quarters weapon.

One of the classic bayonets used with the M16 is the M7 bayonet, which draws from earlier designs such as the M4, M5, and M6 bayonets. These bayonets, direct descendants of the M3 Fighting Knife, feature a spear-point blade with a half-sharpened secondary edge, making them versatile tools for various tasks.

The newer M9 bayonet offers a clip-point blade with saw teeth along the spine, transforming it into a multi-purpose knife and wire-cutter when combined with its scabbard. For the U.S. Marine Corps, the USMC OKC-3S bayonet takes inspiration from the iconic Ka-Bar fighting knife, complete with serrations near the handle for enhanced utility.

Bipods: Stability for Precision Fire

For situations requiring precision and stability in firing, the M16 and M16A1 could be equipped with the XM3 bipod, later standardized as the Bipod, M3 (1966) and Rifle Bipod M3 (1983). This simple, non-adjustable bipod clamps to the barrel of the rifle, enabling supported fire and enhancing accuracy.

The M3 bipod’s stability has been acknowledged in official manuals, with references as late as 1985 highlighting its effectiveness in the “prone biped [sic] supported for automatic fire” position.

In conclusion, the M16’s adaptability and versatility are not limited to its core rifle design. It has evolved through various attachments and accessories to meet the diverse needs of soldiers on the battlefield. From muzzle devices to under-barrel grenade launchers, bayonets, and bipods, the M16 platform has continually adapted to ensure soldiers have the tools they need to succeed in various operational scenarios. These attachments testify to the ongoing commitment to enhancing the M16’s capabilities, making it a reliable and adaptable weapon system for military forces worldwide.

NATO Standards: The Global Influence of the M16

The M16 rifle, with its versatile design and adaptability, has played a pivotal role in shaping NATO standards for firearms and ammunition. This section explores how the M16 and its associated standards have influenced not only NATO forces but also armed services worldwide.

In March 1970, the United States took a groundbreaking step by recommending that all NATO forces adopt the 5.56×45 mm cartridge. This decision marked a significant departure from the conventional wisdom regarding caliber size. By the mid-1970s, other armed forces worldwide began looking more closely at M16-style weapons. This shift in perspective led to the initiation of a NATO standardization effort, which commenced with extensive tests of various rounds in 1977.

During this standardization process, the United States proposed the 5.56×45 mm M193 round, but concerns arose regarding its penetration capabilities, particularly in light of the increasing use of body armor by military personnel. Ultimately, in October 1980, the Belgian 5.56×45 mm SS109 round, designated STANAG 4172, was chosen as the NATO standard ammunition. The SS109 round was derived from the U.S. cartridge but featured a new and improved 62-grain bullet design, offering better long-range performance and enhanced penetration capabilities, specifically designed to consistently penetrate the side of a steel helmet at distances of up to 600 meters. Notably, due to its design and lower muzzle velocity, the Belgian SS109 round is considered more humane, as it is less likely to fragment than the U.S. M193 round.

With the acceptance of the 5.56×45 mm NATO rifle cartridge by NATO in October 1980, another critical standardization effort followed. Draft Standardization Agreement 4179 (STANAG 4179) was proposed to enable NATO member nations to easily share rifle ammunition and magazines down to the individual soldier level. The magazine selected to become the STANAG magazine was originally designed for the U.S. M16 rifle. Although many NATO member nations developed or procured rifles capable of accepting this type of magazine, the standardization effort was never ratified, and it remains a ‘Draft STANAG.’

The M16 platform also influenced the field of grenade launchers. All current M16-type rifles are designed to fire STANAG 22 mm rifle grenades from their integral flash hiders without needing an adapter. These versatile 22 mm grenade types range from anti-tank rounds to simple finned tubes with a fragmentation hand grenade attached to the end. They come in various types, including the “standard” type propelled by a blank cartridge inserted into the rifle’s chamber. Other types, such as “bullet trap” and “shoot through,” utilize live ammunition. While the U.S. military typically does not employ rifle grenades, they are utilized by other nations.

The introduction of the NATO Accessory Rail STANAG 4694 (also known as the Picatinny rail STANAG 2324 or simply a “Tactical Rail”) further exemplifies the M16’s influence. This rail system provides a standardized mounting platform on M16-type rifles. It comprises ridges with a T-shaped cross-section and flat “spacing slots.” Originally designed for scopes, it quickly expanded to accommodate various accessories, including tactical lights, laser aiming modules, night vision devices, reflex sights, foregrips, bipods, and bayonets.

Today, the M16 rifle’s impact on global military standards is profound. It is in active use by 15 NATO countries and more than 80 nations worldwide, a testament to its enduring legacy and continued relevance in modern armed forces. The M16’s adaptability, reliability, and influence on NATO standards have solidified its place in the annals of military history, ensuring its impact will be felt for future generations.

Variants of M16 Rifle

The M16 rifle has a rich history of variants, each designed to meet specific operational needs and challenges. These variants have left their mark on military forces worldwide. Let’s dive into some of the key M16 variants and their significance.

M16: The Original Air Force Variant

M16 rifle | Definition, History, Parts, Diagram, Weight, & Facts |  Britannica
M16 rifle | Britannica

The first M16 variant adopted operationally was initially embraced by the U.S. Air Force. This early iteration was equipped with distinct features, including triangular handguards, buttstocks without compartments for cleaning kit storage, and a unique three-pronged “duckbill” flash suppressor. This flash suppressor played a crucial role in preserving a shooter’s night vision by disrupting the flash during firing. The rifle featured a full-auto firing mode and lacked a forward assist. Its selective fire trigger group offered safe, semi-automatic, and automatic firing settings.

Notably, the bolt carriers of these early M16s were originally chrome-plated and slick-sided, without forward assist notches. Later, the chrome-plated carriers gave way to Army-issued notched and parkerized carriers, while the interior portion of the bolt carrier remained chrome-lined. The barrel rifling had a twist rate of 1:12 inches to stabilize M193 ball and M196 tracer ammunition effectively.

The British SAS also adopted and used this variant during the Falklands War, demonstrating its versatility and reliability on the global stage.

The Air Force continued to utilize these weapons until around 2001, when they transitioned to the M16A2 configuration.

XM16E1 and M16A1: Refining the Design

M16A1
M16A1

The U.S. Army introduced the XM16E1, an evolution of the M16, which featured a forward assist and corresponding notches in the bolt carrier. This enhancement addressed key concerns and paved the way for the finalized production model, the M16A1, in 1967. The M16A1 remained in production until 1982.

One significant improvement was the replacement of the XM16E1’s three-pronged flash suppressor with a closed, birdcage symmetric flash suppressor featuring open side slots. This modification helped prevent the suppressor from catching on twigs and leaves during operations.

Various changes were made to enhance the rifle’s performance and durability further. Cleaning kits were developed and issued to soldiers, and barrels with chrome-plated chambers and fully lined bores were introduced. A small storage compartment was also added inside the stock, often used for housing a basic cleaning kit.

Mechanical adjustments were made to ensure compatibility with U.S. military-issued ammunition loaded with WC846 ball powder, which had a different pressure profile than the original powder. These changes included reducing the diameter of the gas port to mitigate higher port pressure and updating the buffer assembly.

A rib was added to the side of the receiver to prevent accidental magazine release button presses. This feature was extended on production M16A1s to prevent inadvertent magazine releases further.

Despite initial challenges, the malfunction rate steadily decreased, and new soldiers became less familiar with early issues. The M16A1 continued to see limited use in training capacities until the early 2000s but is no longer in active service with the U.S. military. However, it remains a standard issue in many armed forces worldwide.

These M16 variants, with their unique features and adaptations, have left a lasting impact on modern military history. Their evolution reflects a commitment to improving performance, reliability, and functionality in the field, ultimately shaping the future of firearms design.

M16A2: Advancing the M16 Legacy

M16A2
M16A2

The M16A2 represents a significant advancement in the lineage of M16 rifles. Its development was initiated in response to combat experiences during the Vietnam War with the M16A1. Officially adopted by the Department of Defense as the “Rifle, 5.56 mm, M16A2” in 1983, this variant saw adoption by the United States Marine Corps in the early to mid-1980s, followed by the United States Army in 1986.

The M16A2 brought about extensive modifications to enhance its performance and durability, making it a formidable weapon on the battlefield.

Enhanced Barrel Design

One of the key improvements was evident in the barrel design. A greater thickness was introduced before the front sight post, addressing concerns about bending in the field and allowing for a longer period of sustained fire without overheating. This modification proved crucial for maintaining accuracy and reliability during extended engagements. Additionally, the barrel retained its original thickness in most parts to accommodate the attachment of the M203 grenade launcher.

The barrel’s rifling underwent a change, featuring a faster 1:7 twist rate. This adjustment allowed for improved stabilization of the new 5.56×45 mm NATO SS109/M855 ball and L110/M856 tracer ammunition. While the new ammunition offered enhanced ballistic performance, it resulted in a slightly reduced muzzle velocity compared to its predecessor, 3,110 ft/s (948 m/s) compared to 3,260 ft/s (994 m/s).

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Precision Rear Sight and Flash Suppressor

The M16A2 introduced a new adjustable rear sight, a valuable addition that enabled shooters to dial in specific range settings between 300 and 800 meters. This enhancement maximized the effectiveness of the SS109/M855 rounds, ensuring accurate targeting at various distances. Notably, adjustments could be made without the need for additional tools or cartridges.

The flash suppressor underwent further modification, featuring a design that closed the bottom. This adjustment was made to prevent the muzzle device from kicking up dirt or snow when fired from the prone position. It acted as an asymmetric recoil compensator, reducing muzzle climb and improving overall control.

Spent Case Deflector and Fire Modes

An important feature was added to accommodate left-handed users: a spent case deflector integrated into the upper receiver behind the ejection port. This deflector prevented hot cartridge cases from striking left-handed users during firing, enhancing safety and comfort.

One notable change was replacing the fully automatic firing mode with a three-round burst setting. This decision was influenced by the observation that inexperienced troops often held down the trigger and “sprayed” when under fire. The three-shot burst mode offered a balanced combination of ammunition conservation, accuracy, and firepower. The mechanism for controlling the burst involved a cam mechanism that tripped the trigger mechanism for each shot. If the trigger were released before the burst was completed, the weapon would only fire one or two rounds during the next trigger pull.

Ergonomic Improvements

Several ergonomic improvements were incorporated into the M16A2 design. The handguard transitioned from the original triangular shape to a round one, enhancing comfort and accommodating smaller hands. The symmetrical design of the new handguards simplified armory logistics, as they could be used interchangeably on both left- and right-handed configurations.

The buttstock was substantially upgraded, becoming ten times stronger than its predecessor. This remarkable strength was achieved through advancements in polymer technology. The original M16 stocks, made from cellulose-impregnated phenolic resin, were replaced with stocks engineered from DuPont Zytel glass-filled thermoset polymers. The extended buttstock length, increased by 5⁄8 inches (15.9 mm), provided better shoulder grip. Additionally, a textured polymer butt-plate improved stability when shouldering the rifle. A small compartment inside the stock remained, ideal for storing a basic cleaning kit.

Selective Fire and Variants

The standard Model 645 M16A2 featured a safe/semi/three-round burst selective fire trigger group. This configuration became the standard issue for the U.S. Marine Corps and Army.

An enhanced variant, the M16A2 Enhanced, offered a safe/semi/three-round burst/automatic selective fire trigger group known as Model 708. This version gained recognition and saw use in various militaries around the world.

M16A3: A Select-Fire Adaptation

M16A3 - Battlefield 3 Guide - IGN
M16A3

 

The M16A3 represents a select-fire adaptation of the M16A2. The U.S. Navy SEALs, Seabees, and security units adopted it in limited numbers. This variant retained the selective fire trigger group of the earlier M16A1, providing options for “safe,” “semi-automatic,” and “fully automatic” modes. Externally, it closely resembled the M16A2.

The M16A2 and its variations, with their precision enhancements and ergonomic improvements, further solidified the M16’s reputation as a reliable and adaptable firearm. These evolutions in design continued to shape the capabilities of the M16 family, ensuring its effectiveness in various military roles.

M16A4: Evolution with Versatility

M16A4
M16A4

The M16A4 is the fourth generation in the venerable M16 series, building upon its predecessors’ successes while introducing valuable enhancements for modern combat.

Sight and Handling Upgrades

One of the notable changes from the previous models was the replacement of the iron sight/carrying handle assembly with a MIL-STD-1913 “Picatinny railed” flat-top upper receiver. This adaptation allows for mounting aiming optics or a removable iron sight/carrying handle assembly, enhancing accuracy and versatility in sighting options.

The M16A4 features rear aperture sights integrated into the Picatinny rail-mounted carrying handle assembly. These sights are adjustable from 300 m (330 yd) to 600 m (660 yd), providing reliable accuracy at various distances. Although the maximum range of the M16A2 iron sights extended to 800 m (870 yd), the M16A4’s configuration still offers formidable long-range capabilities.

Modular Weapon System (MWS)

Military-issue rifles often come equipped with a full-length quad Knight’s Armament Company M5 RAS Picatinny railed handguard. This innovative handguard design accommodates various accessories, including vertical grips, lasers, tactical lights, and more. As U.S. Army field manuals outlined, this capability coined the M16A4 MWS (Modular Weapon System) designation.

International Variants

Colt, a renowned firearms manufacturer, produces M16A4 models for international purchases. These variants include:

  • R0901 / RO901 / NSN 1005-01-383-2872 (Safe/Semi/Auto)
  • R0905 / RO905 (Safe/Semi/Burst)

Continuous Improvement

A study conducted in February 2015 assessed significant enhancements that could be applied to Marine M16A4 rifles using cost-effective and readily available components. Some of the proposed features included:

  • Muzzle Compensator: To manage recoil and enable faster follow-up shots, albeit with increased noise and flash signature.
  • Heavier or Free-Floating Barrel: Aimed at enhancing accuracy, potentially reducing it from 4.5 MOA (Minute(s) Of Angle) to around 2 MOA.
  • Reticle Modification: Transitioning from a chevron-shaped reticle to a semi-circular reticle with a central dot, improving long-distance target visibility.
  • Trigger Group: Implementing a trigger group with a more consistent pull force.
  • Ambidextrous Features: Adding ambidextrous charging handles and bolt catch releases for left-handed shooters.

Adaptability with Adjustable Stocks

In 2014, Marine units introduced adjustable stocks for M16A4s, replacing the traditional fixed stock. This adjustment was particularly beneficial for smaller Marines who wore body armor, ensuring comfort and ease of trigger reach. These adjustable stocks became a standard authorized accessory, allowing units to procure more as needed.

Transition to the M4 Carbine

While the Marine Corps had long favored the full-length M16 as their standard infantry rifle, a significant shift occurred in October 2015. The decision to transition to the M4 carbine as the standard-issue weapon was approved, providing Marine infantry with a more compact and maneuverable firearm. By September 2016, enough M4s were available to re-equip all necessary units, with M16A4s finding their place in support and non-infantry Marine roles.

Production and Worldwide Users of the M16

The M16 has earned its place as one of the most prolific 5.56×45 mm rifles globally, with a rich history and extensive user base. Let’s delve into its production and the countries that have embraced this iconic firearm.

A Global Manufacturing Powerhouse

The M16 boasts the distinction of being the most commonly manufactured 5.56×45 mm rifle worldwide. It currently finds itself in the arsenals of 15 NATO countries and over 80 countries across the globe. The sheer scale of production is staggering, with multiple companies in the United States, Canada, and China collectively contributing to creating more than 8,000,000 rifles across various variants. Remarkably, approximately 90% of these rifles remain in active operation.

Replacing the Old Guard

The M16’s ascension marked the replacement of two stalwart predecessors, the M14 rifle and the M2 carbine, as the standard infantry rifle for the U.S. armed forces. While the M14 still finds limited service, primarily in roles such as sniping, designated marksman, and ceremonial duties, the M16 has firmly established itself as the new infantry standard.

A Multinational User Base

The worldwide embrace of the M16 spans many nations, each with its unique story and context. Some notable users include:

  • Afghanistan: The Taliban repurposed M16A2 and M16A4 rifles previously supplied to the Afghan National Army. Source
  • Canada: Canadian soldiers patrol with C7 and C8 variants produced by Colt Canada. Source
  • Malaysia: The Malaysian Armed Forces are equipped with M16A1 rifles, often enhanced with M203 grenade launchers. Source
  • Israel: Although specific details are undisclosed, Israel has seen various iterations of the M16, including the M16A1 and M16A2E3.

These are just a few examples of the extensive list of countries that have integrated the M16 into their military and security forces.

Non-State and Former Users of M16

The M16 has also found its way into the hands of non-state actors and has been part of conflicts involving groups like ISIL, the Kurdistan Workers’ Party, and the Viet Cong. Additionally, there is a list of former users, including countries like Australia, New Zealand, and South Vietnam, which have transitioned to other firearms over the years.

The M16’s enduring legacy as a symbol of modern warfare underscores its impact on the global stage. As it continues to evolve and adapt, the M16 remains a testament to the ingenuity of firearm design and its lasting significance in military history.

Conflicts

M16 Rifle

The M16 rifle has been a key firearm in various conflicts worldwide, often serving as the standard infantry rifle for numerous armed forces. Here is a list of notable conflicts where the M16 played a significant role, along with external links to relevant sources for further information:

1960s

  • Vietnam War (1955–1975): The M16 became an iconic weapon during this long and tumultuous conflict. Learn more
  • Laotian Civil War (1959–1975): The M16 was used by various factions during this complex conflict. Explore
  • Indonesia–Malaysia confrontation (1963–1966): Some M16 variants were present during this regional conflict. Read
  • Dominican Civil War (1965): The M16 saw action during this brief but intense conflict. Details
  • The Troubles (Late 1960s–1998): The M16 was involved in the Northern Ireland conflict. Learn more

1970s

  • Araguaia Guerrilla War (1972–1974): M16A2s were used by Brazilian forces during this guerrilla conflict. Explore
  • Armed resistance in Chile (1973–1990): The M16 played a role during Chile’s military dictatorship. Read
  • Yom Kippur War (1973): The M16 was used in this pivotal Middle Eastern conflict. Details
  • Lebanese Civil War (1975–1990): The M16 was part of this lengthy and complex conflict. Learn more
  • East Timor conflict (1975-1999): The M16 was involved during this tumultuous period. Explore

1980s

  • Falklands War (1982): The M16A1 was used by British forces during this conflict in the South Atlantic. Read
  • Sri Lankan Civil War (1983–2009): The M16 was present during this extended conflict on the Indian subcontinent. Details
  • United States invasion of Grenada (1983): American forces utilized the M16 during this military operation. Learn more
  • Thai–Laotian Border War (1987–1988): The M16 saw action in this border dispute between Thailand and Laos. Explore
  • Bougainville Civil War (1988–1998): The M16 was used in this conflict in Papua New Guinea. Read

1990s

  • Gulf War (1990–1991): American and coalition forces used the M16 during the liberation of Kuwait. Details
  • Somali Civil War (1991–present): The M16 has been a part of this long-running conflict in East Africa. Learn more
  • Yugoslav wars (1991–1995): The M16 played a role in this series of conflicts in the Balkans. Explore
  • Sierra Leone Civil War (1991–2002): The M16 was present during this devastating war in West Africa. Read
  • Burundian Civil War (1993–2005): The M16 played a role in this African conflict. Details

Please note that this list is not exhaustive, and the M16’s presence in these conflicts varies in terms of models and usage.

References

  1. The M16 – Gordon L. Rottman (Book) – Gordon L. Rottman, Osprey Publishing, 2011
  2. The AR-10 Story | An Official Journal Of The NRA
  3. Jim Sullivan, AR-15 designer, accuses HBO of deceptively editing interview – Washington Times.
  4. Military Small Arms of the 20th Century – Ian V. Hogg and John S. Weeks (Book) – Ian V. Hogg and John S. Weeks, Krause Publications, 2000
  5. The M4 Carbine – Chris McNab (Book) – Chris McNab, Osprey Publishing, 2021
  6. US Army M16A2, M4, and M4A1 Technical Manual (PDF) – 4 May 1991
  7. M855A1 Enhanced Performance Round (EPR) (PDF) – LTC Philip Clark, Product Manager Small Caliber Ammunition, April 2012
  8. M16A2/A4 rifle – US Army PEO Soldier
  9. M16/A2 – 5.56 mm Semiautomatic Rifle – ArmyStudyGuide.com
  10. Report of the M16 Rifle Review Panel (PDF) – Defense Technical Information Center (DTIC), Department of the Army, 1 June 1968
  11. Small Arms of the World – Walter H.B. Smith (Book) – Walter H.B. Smith, Stackpole Books, May 1990
  12. Analysis of M16A2 Rifle Characteristics and Recommended Improvements (PDF) – ARI Research Note 86-19, February 1986
  13. Weapons of the Modern Marines – Michael Green (Book) – Michael Green, MBI Publishing Company, 13 March 2004
  14. M16 5.56mm Rifle – Colt.com
  15. Small Arms–Individual Weapons (PDF) – 3 November 2010
  16. Commandant approves M4 as standard weapon for Marine infantry – Military Times, 26 October 2015
  17. Army chooses Sig Sauer to build its Next Generation Squad Weapon – Army Times, 19 April 2022
  18. M-16: A Bureaucratic Horror Story – Why the rifles jammed – James Fallows, The Atlantic, June 1981
  19. Increasing Small Arms Lethality in Afghanistan: Taking Back the Infantry Half-Kilometer (PDF) – Major Thomas P. Ehrhart, U.S. Army, 2009
  20. Cut down in its Youth, Arguably America’s Best Service Rifle, the M14 Never Had the Chance to Prove Itself (PDF) – Philip Schreier, NRA Museum, September 2001

Please note that not all sources are available online for free, and you may need to access them through libraries, bookstores, or other sources.

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