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M1 helmet

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M1 helmet
View of an M1 helmet shell
TypeCombat helmet
Place of originUnited States
Service history
In service1941–1986 (US)
Used bySee Users for details
WarsWorld War II
Chinese Civil War
Korean War
Hukbalahap Rebellion
Civil conflict in the Philippines
Indonesian National Revolution
First Indochina War
Vietnam War
Football War
Cambodian Civil War
Laotian Civil War
Sino-Vietnamese War
Internal conflict in Myanmar
Cuban Revolution
Portuguese Colonial War
Congo Crisis
Nigerian Civil War
South African Border War
Somali Civil War
Ethiopian Civil War
Ogaden War
Eritrean War of Independence
Western Sahara War
Algerian War
Suez Crisis
Six-Day War
War of Attrition
Yom Kippur War
Black September
1982 Lebanon War
Lebanese Civil War
Iran-Iraq War
Indo-Pakistani War of 1965
Indo-Pakistani War of 1971
Turkish invasion of Cyprus
Dominican Civil War
Guatemalan Civil War
Salvadoran Civil War
Nicaraguan Revolution
Colombian conflict
Internal conflict in Peru
Falklands War
United States invasion of Grenada
United States invasion of Panama
Gulf War
Croatian War of Independence
Bosnian War
Insurgency in Khyber Pakhtunkhwa
Production history
DesignerMajor Harold G. Sydenham[1]
ManufacturerMcCord Radiator and Manufacturing Company and Schlueter Manufacturing Company[2]
Ulbrichts Witwe
No. produced22 million (1945)[2]

The M1 helmet is a combat helmet that was used by the United States Armed Forces from 1941 to 1986. Designed to replace the M1917 helmet, a British design used during World War I, the M1 helmet is known for having been used as the primary American combat headgear during World War II, with similarly extensive use in the Korean War and the Vietnam War. Owing to its extensive use throughout World War II and the Cold War, the M1 helmet has become an icon of the U.S. military, with its design inspiring copies and derivative designs used by other militaries around the world.

In 1986, the M1 helmet, by then greatly outdated for the changing needs of modern warfare, was succeeded in U.S. military service by the PASGT helmet, another similarly iconic and influential combat helmet design. Some M1 helmets and their derivatives remain in service with several national militaries in the 21st century, although most have been relegated to being part of certain ceremonial uniforms, such as those of honor guards.

History

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Development

[edit]
The Helmet Model Number 5, intended to replace the M1917 but not adopted

At the entry of the United States into World War I in 1917, the U.S. military did not have a combat helmet; initially, American Expeditionary Forces personnel were issued British Mk l helmets, while those integrated with French units were issued French M15 Adrian helmets. American production quickly began of an American variant of the Mk I, the M1917 helmet, with some 2,700,000 units produced by the end of the war.[3] At that point, the shortcomings of the M1917, which lacked balance and protection of the head from lateral fire, resulted in a project to produce a better helmet which would also have a distinctively American appearance.

Between 1919 and 1920, a number of new designs of helmets were tested by the Infantry Board in comparative trials along with the M1917 and helmets of other armies. One of those designs, the Helmet Model Number 5A, was selected for further study.[4] This was an improved version of the Helmet Model Number 5, developed in 1917 and 1918 by Bashford Dean, the curator of arms and armor at the Metropolitan Museum of Art,[5] which had been rejected during the war because of its supposed resemblance to the German Stahlhelm.[6] Eventually, tests held at Fort Benning between 1924 and 1926 showed that although the Helmet Model Number 5A offered better side protection than the M1917, it was more easily penetrated from above, and in some circumstances the shape of the helmet could interfere with properly holding and firing a rifle. Further ballistic tests at the Aberdeen Proving Ground resulted in the decision to retain the M1917 in 1934,[4] which was then given a redesigned leather cradle and designated the M1917A1[7] or "Kelly" helmet.[8]

In 1940, with World War II raging in Europe and Asia for a year and the United Kingdom seeking help from North America, it seemed increasingly likely that the United States would be dragged out of non-interventionism and into another war. The Infantry Board resurrected the quest to find a better type of helmet, since the ongoing conflict had shown that the M1917, designed to protect men standing in trenches from falling shell splinters and shrapnel, would be inadequate on the modern battlefield. The board reported:

Research indicates that the ideal shaped helmet is one with a dome-shaped top and generally following the contour of the head, allowing sufficient uniform headspace for indentations, extending down in the front to cover the forehead without impairing necessary vision, extending down on the sides as far as possible without interfering with the use of the rifle or other weapons, extending down the back of the head as far as possible without permitting the back of the neck to push the helmet forward on the head when the wearer assumes the prone position, to have the frontal plate visor and to have the sides and rear slightly flanged outward to cause rain to clear the collar opening.[9]

Accordingly, the board, under the direction of Brigadier General Courtney Hodges,[10] took the M1917 shell as the basis of the new prototype, trimmed off the brim, and added a visor and skirt-like extensions to protect the back and sides of the wearer's head.[11] Rejecting the conventional systems of cradles, the new helmet was given a Riddell type liner and suspension system, based on the contemporary style of football helmet, with an adjustable strap for the nape of the neck to prevent the helmet from rocking.[12] The resulting prototype was designated the TS-3, and the McCord Radiator Company manufactured the first examples from Hadfield steel. In tests, they were found to be able to resist a .45 ACP pistol bullet fired at point-blank range, exceeding the initial specification. The TS-3 was given official approval on June 6, 1941 and was designated "Helmet, Steel, M1". Full-scale production commenced almost immediately.[13]

Service

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Total production per year[14] during the period 1941-45 :
Year Number made
1941 323,510
1942 5,001,384
1943 7,648,880
1944 5,703,520
1945 3,685,721
U.S. Army Captain Edward Wright with his M1 helmet during the Battle of Arawe in December 1943. His M1 helmet blocked a Japanese rifle round that would have otherwise fatally struck his head; note the two puncture holes revealing the liner underneath.

Over 22 million U.S. M1 steel helmets were manufactured through September 1945.[15] Production was done by the McCord Radiator and Manufacturing Company and the Schlueter Manufacturing Company;[2] the former developed a method to create an almost eighteen-centimeter-deep bowl in a single pressing, which was considered an engineering milestone at the time.[16]

In 1942, the helmet bails were changed from a fixed, welded version to a swivel model along with slight alterations to the shaping of the side brim, while in 1944, the stainless steel helmet rim with a seam at the front was replaced by a manganese steel rim with a rear seam. Further M1 helmets were manufactured for the Korean War.[17]

Following World War II, the M1 helmet was widely adopted or copied by numerous other countries and its distinctive shape was adopted as the NATO standard. Postwar analysis of wartime casualty figures by the U.S. Army Operations Research Office found that 54 percent of hits to the M1 helmet failed to penetrate, and estimated that 70,000 men had been saved from death or injury by wearing it.[18]

Production continued during the Cold War era with periodic improvements; in 1955 a grommet in the front of the liner was deleted, in 1964 the liner construction was changed to laminated nylon, and in 1975 a new chinstrap design was introduced. The final contract for U.S. M1 helmets was placed in 1976.[17] The M1 was phased out of U.S. military service during the 1980s in favor of the PASGT helmet,[19] which offered increased ergonomics and ballistic protection.

Design

[edit]
A U.S. Army machine-gunner wearing an M1 helmet with a camouflage cover and additional natural camouflage added on the slots in the helmet's cover

The M1 is a combination of two "one-size-fits-all" helmets—an outer metal shell, sometimes called the "steel pot", and a hard hat–type liner nestled inside it featuring an adjustable suspension system. Helmet covers and netting would be applied by covering the steel shell with the extra material tucked inside the shell and secured by inserting the liner.

The outer shell should not be worn by itself. The liner can be worn by itself, providing protection similar to a hard hat, and was often worn in such fashion by military policemen, Assistant Drill Instructors (known as AIs), and rifle/machine gun/pistol range staff, although they were supposed to wear steel at the range.[citation needed] The liner is sometimes worn in U.S. military ceremonies and parades, painted white or chromed.[citation needed] The depth of the helmet is 7 inches (180 mm), the width is 9.5 inches (240 mm), and length is 11 inches (280 mm), the steel shell thickness is 0.044" (1.12 mm),[clarification needed] The weight of a World War II-era M1 is approximately 3 pounds (1.4 kg), including the liner and chinstrap.

Shell

[edit]
101st Airborne Division soldiers wearing M1 helmets during a training exercise in 1972

The non-magnetic Hadfield manganese steel for M1 helmet shells was smelted at the Carnegie Steel Company or the Sharon Steel Company of Pennsylvania. After being poured into fifteen-ton ingots (also called "heats"), the steel was divided into 216-inch by 36-inch by 4-inch blocks, known as "lifts," which were then cut into three equal 72-inch pieces to make them easier to handle. The cut lifts were sent to the Gary Works in Gary, Indiana for further processing, after which they were each reduced into 250 68-inch by 36-inch by 0.044-inch sheets, which were cut into 16.5-inch circles. The helmet discs were oiled and banded into lots of 400 for delivery by rail to McCord or Schlueter for pressing and final assembly.[20]

Each "heat" of steel was assigned a unique number by the smelter, as was each of its "lifts". When each new heat was unloaded at McCord or Schlueter, it was assigned a sequential number, and each lift within the heat was assigned a letter of the alphabet (for example, the third lift unloaded of the forty-ninth heat received by McCord would be 49C). This unique "lot and lift" number was stamped onto each helmet produced from the discs of a particular lift, and allowed for traceability in case the helmets exhibited defects. The "lot and lift" number is in reference to the time when the fabricator received the helmet discs, not when they were made into finished helmets. Lifts of heats were not loaded onto or unloaded from railcars in any particular order, and were often warehoused (also in no particular order) before being finished.[21]

The helmet discs were drawn to a depth of seven inches to create the rough helmet shape, or "shell," and the edges were trimmed. The edge of the shell has a crimped metal rim running around it, which provides a smooth edge. This is usually known as the "rim". The rim has a seam where the ends of the strip meet. On the earliest shells the seam met at the front. This was moved to the back of the rim in November 1944[22] At this time, the rim also went from being made of stainless steel to manganese steel. On each side of the shell, there are stainless steel loops for the chinstrap. Early-war production shells had fixed rectangular loops, and mid-war to 1960s helmets feature movable rectangular loops; this feature was adopted in 1943 to address the problem that when earlier helmets were dropped, the fixed loops were more susceptible to breaking off. Early shells for paratrooper helmets feature fixed, D-shaped loops. The shells were then painted with flat Olive Drab shade 319 (1941-1966) or Munsell Y10 green paint (1966 onward), with the paint on the outside of the shell sprinkled with either finely ground cork (World War II era) or silica sand (postwar).

An M1 helmet with camouflage cover worn by a Netherlands Marine Corps corporal in 1945

World War II-production helmets feature sewn-on cotton web olive drab shade 3 chinstraps, replaced gradually throughout 1943 and 1944 with olive drab shade 7 chinstraps. 1950s and later production chinstraps are made of olive drab webbing attached to the loops with removable metal clips. Nylon chinstraps were introduced in the U.S. military in 1975. These straps featured a two-piece web chin cup and were fastened by a metal snap rather than buckle.[17]

Many soldiers wore the webbing chinstraps unfastened or looped around the back of the helmet and clipped together. This practice arose for two reasons: First, because hand-to-hand combat was anticipated, and an enemy could be expected to attack from behind, reach over the helmet, grab its visor, and pull. If the chinstrap were worn, the head would be snapped back, causing the victim to lose balance, and leave the throat and stomach exposed to a knife thrust. Secondly, many men incorrectly believed that a nearby exploding bomb or artillery shell could cause the chinstrap to break their neck when the helmet was caught in its concussive force, although a replacement buckle, the T1 pressure-release buckle, was manufactured that allowed the chinstrap to release automatically should this occur. In place of the chinstrap, the nape strap inside the liner was counted on to provide sufficient contact to keep the helmet from easily falling off the wearer's head.[23]

The design of the bowl-like shell led to some novel uses: When separated from the liner, the shell could be used as an entrenching tool, a hammer, washbasin, bucket, bowl, and as a seat. The shell was also used as a cooking pot, but the practice was discouraged as it would make the metal alloy brittle.[24]

Liner

[edit]
The interior of an M1 helmet liner

The liner is a hard hat-like support for the suspension, and is designed to fit snugly inside the steel shell.

The first liners were produced in June 1941 and designed by Hawley Products Company.[25] The suspension was initially made from strips of silver rayon webbing stretched around and across the inside of the liner. A sweatband is clipped onto these, and is adjusted to fit around the head of the wearer. Three triangular bands of rayon meet at the top of the helmet, where they were adjusted by a shoestring to fit the height and shape of the wearer's head. A snap-on nape strap cushioned the liner against the back of the wearer's neck and stops it from falling off. As the rayon had a tendency to stretch and not recover its shape, the suspension material was later changed to olive drab number 3, and then olive drab number 7, herringbone twill cotton webbing.

World War II and Korean War-era liners have their own chinstrap made from brown leather. The liner chinstrap does not have loops like the shell; it was either riveted directly to the inside of the liner (early examples) or snapped onto studs. It can still swivel inside the liner. The chinstrap is usually seen looped over the brim of the shell, and helps to keep it in place when its own chinstraps are not in use.

Early liners were made from a mix of compressed paper fibers impregnated with phenolic resin, with olive drab cotton twill fabric stretched over the outside. They were discontinued in November 1942 because they degraded quickly in high heat and high humidity environments. They were replaced by evolving plastic liners,[25] using a process developed by the Inland Division of General Motors. These liners were made of strips of cotton cloth bathed in phenolic resin and draped in a star shape over a liner-shaped mold, where they were subjected to pressure to form a liner. The initial "low pressure" process was deemed unacceptable by the Army, but accepted out of need. These liners were made by St. Clair Manufacturing and Hood Rubber Company. Hawley, Hood, and St. Clair's contracts were cancelled by early 1944, when a "high pressure" process which produced better-quality liners became commercially viable. Companies which produced "high pressure" liners during World War II included Westinghouse Electric & Manufacturing Company, Firestone Tire and Rubber Company, CAPAC Manufacturing, Inland (whose molds were acquired by Firestone after their contract was cancelled), Mine Safety Appliances Company, Seaman Paper Company, and International Molded Plastics, Inc.[25]

Liners essentially identical in construction to "high pressure" World War II examples were produced between 1951 and 1954 during the Korean War by the Micarta Division of Westinghouse and CAPAC Manufacturing. In the 1960s, the M1 helmet liner was redesigned, eliminating the leather chinstrap, nape strap, and changing the suspension webbing to a pattern resembling an asterisk in a coarse cotton web material in lieu of the earlier cotton herringbone twill. In the early 1970s, suspension materials changed to a thicker, more flexible nylon with a rougher unbeveled rim. Later changes included a move to a yellow and green material for liner construction.

M1 helmet liners intended for use by paratroopers had a different construction. The short piece of webbing which held the nape strap at the back of the wearer's neck was extended around the sides of the liner, and terminated on each side in A-shaped yokes which hung down below the rim of the liner and had buckles for an adjustable chin cup made of molded leather. Two female snaps on the inside of the liner above the "A" yokes accepted male snaps on each of the steel shell's chinstraps, and helped to keep the liner inside the steel shell during abrupt or violent movements.

Accessories

[edit]
Camouflage-patterned helmet covers worn by U.S. Marines during the Battle of Incheon in 1950, during the Korean War
An Islamic Republic of Iran Army soldier wearing an M1 helmet and a gas mask in a trench during the Iran-Iraq War

In late 1942, the United States Marine Corps used a cloth helmet cover with a camouflage pattern for its helmets. The cover was made from cotton herringbone twill fabric. It had a "forest green" pattern on one side and a "brown coral island" pattern on the other.

The U.S. Army often used nets to reduce the helmets' shine when wet and to allow burlap scrim or vegetation to be added for camouflage purposes. Most nets were acquired from British or Canadian Army stocks or cut from larger camouflage nets. The Army did not adopt an official issue net until the "Net, Helmet, with Band" that included an elastic neoprene band to keep it in place.

After World War II, no new covers were issued. At the start of the Korean War in 1950, many soldiers had to improvise covers from burlap sandbags or parachute fabric. A consignment of 100,000 olive drab covers was dispatched to the theater, but the ship carrying them, SS Jacob Luckenbach,[26] sank in a collision en route and they were all lost. In 1963, the Army and Marine Corps adopted a reversible fabric cover called the "Mitchel Pattern", with a leafy green pattern on one side and orange and brown cloud pattern on the other.[27] This type was nearly omnipresent during the Vietnam War, where, for the first time, the Army wore the cloth camouflage as general issue; in Vietnam, the green portion of the reversible fabric camouflage was normally worn outermost. Helmet covers in the (European) Woodland camouflage were designed for fighting in the European Theater of Operations (NATO), and became the post-Vietnam jungle pattern camouflage cover used by the U.S. military from the late 1970s onward. The (European) Woodland pattern was only printed on one side and was not reversible, though some rare desert camouflage examples exist. These covers were all constructed from two semi-circular pieces of cloth stitched together to form a dome-like shape conforming to the helmet's shape. They were secured to the helmet by folding their open ends into the steel pot, and then placing the liner inside, trapping the cloth between the pot and the liner. An olive green elastic band, intended to hold additional camouflage materials, was often worn around the helmet to further hold the cover in place.

Other armies used these or similar covers printed with different camouflage patterns, or employed entirely different methods. In the Dutch Army, for example, it was common practice to use a square piece of burlap as a helmet cover on M1 helmets, usually secured by a net and a wide rubber band.

During the Battle of the Bulge and the Korean War, soldiers made white helmet covers as camouflage in snowy areas. They were not issued to soldiers, so many soldiers simply made them from a white cloth from a shirt or tablecloth.[citation needed]

Users

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Current

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A Turkish Air Force serviceman wearing a ceremonial M1 liner during an Ataturk Memorial Day ceremony at Anıtkabir in 2019
Bangladesh Army infantry wearing M1 helmets during a Victory Day parade in 2011

Former

[edit]
Chinese National Revolutionary Army soldiers with M1 helmets during the Second Sino-Japanese War
West German Army Panzergrenadier in 1968 wearing with M56 Stahlhelms adapted from American M1 helmets
Argentine Army conscripts wearing M1 helmets during the Falklands War

See also

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References

[edit]
  1. ^ "M-1 Steel Helmet".
  2. ^ a b c COMBAT-HELMETS. "Schlueter Vs McCord". nuke.combat-helmets.com.
  3. ^ Brayley 2008, p. 112
  4. ^ a b Studler 1941, p. 931
  5. ^ "American Helmet Model No. 5". www.metmuseum.org. The Metropolitan Museum of Art. Retrieved 18 September 2020.
  6. ^ Dean 1920, p. 216
  7. ^ Brayley 2008, p. 114
  8. ^ "M1917 A1 Helmets". US Militaria Forum. Retrieved July 12, 2016.
  9. ^ Studler 1941, p. 933
  10. ^ Cleland 1954, p. 25
  11. ^ Studler 1941, pp. 933–934
  12. ^ Brayley 2008, pp. 117–118
  13. ^ Studler 1941, p. 934
  14. ^ "The US M1 Helmet Guide". Militaria-Deal.
  15. ^ Stanton, Shelby L., U.S. Army Uniforms of World War II, Stackpole Books, 1995, ISBN 0-8117-2595-2, url:[1], pp. 57–58
  16. ^ Tenner, Edward (2003), Our own devices: The past and future of body technology. New York: Alfred A. Knopf. p. 252. ISBN 978-0375407222
  17. ^ a b c Brayley 2008, p. 123
  18. ^ Brayley 2008, p. 11
  19. ^ Hartzog, William W. (2014), American Military Heritage, Washington DC: Military History Office, US Army Training and Doctrine Command. p. 224. ISBN 978-1505496604
  20. ^ Giles, Marc (2018). "M1 Helmet Lot Numbers". Military Collector and Historian. 70 (3): 258.
  21. ^ Giles, Marc (2018). "M1 Helmet Lot Numbers". Military Collector and Historian. 70 (3): 260.
  22. ^ "Dating the M1 Steel Helmet". www.hardscrabblefarm.com. Retrieved 2019-05-05.
  23. ^ Tagliavini, Michele. "STAGE AND SCREEN In all those Hollywood war films, and in quite a few newsreels, the GIs wear helmets but never fasten the straps. Is this bravado, bad discipline or artistic licence?". The Guardian. London. Retrieved 8 March 2013.
  24. ^ Pike, John. "M1 Steel Combat Helmet and Liner". GlobalSecurity.org. Retrieved 8 March 2013.
  25. ^ a b c Giard, Regis (2008). Helmets of ETO: A Historical and Technical Guide. Havertown, PA: Casemate Publishers. p. 12. ISBN 9782352500629.
  26. ^ "The Shipwreck Jacob Luckenbach". National Marine Sanctuaries, National Oceanic & Atmospheric Administration.
  27. ^ Brayley 2008, p. 124
  28. ^ "Taiwan M1". Brendon's Helmets.
  29. ^ "Colombia".
  30. ^ "Dominican Republic".
  31. ^ "India M1". Brendon's Helmets.
  32. ^ "Iran M62".
  33. ^ a b "WWII weapons in the Ayatollah's Iran". 16 October 2016.
  34. ^ "Guatemala".
  35. ^ 66式 鉄帽. rightwing.sakura.ne.jp (in Japanese).
  36. ^ Ministry of Defense (Japan) (2014-04-23). "Ministry of Defense specification sheet, LINER, GROUND TROOPS' HELMET" (PDF) (in Japanese).
  37. ^ Ministry of Defense (Japan) (2014-03-28). "Ground Self-Defense Forces Dress Manual" (PDF) (in Japanese).
  38. ^ "Panama".
  39. ^ "Phil. Marines PASGT helmet". www.oocities.org.
  40. ^ "Turkey M1 Airborne". Brendon's Helmets.
  41. ^ "Military Collection of Peter Suciu". nyc-techwriters.com. Archived from the original on 15 April 2015. Retrieved 5 September 2015.
  42. ^ "Uruguay".
  43. ^ "Tìm hiểu các loại mũ sắt, mũ chống đạn của QĐNDVN".
  44. ^ "Argentina".
  45. ^ "M1 Steel helmet : HMAS Kanimbla". Australian War Memorial.
  46. ^ a b c d e f g ""Euroclones" - An essentiel collector's guide". OCAD Militaria Collectors Resources. Archived from the original on 2017-09-11. Retrieved 2017-09-11.
  47. ^ "Brazil".
  48. ^ "Bolivia".
  49. ^ "Canadian Forces Helmets".
  50. ^ "Chile M1". Brendon's Helmets.
  51. ^ "Costa Rica".
  52. ^ "Cuba".
  53. ^ "Ecuador".
  54. ^ "El Salvador".
  55. ^ "Greek M1". Brendon's Helmets.
  56. ^ "Haiti".
  57. ^ "Honduras".
  58. ^ "Israel M1". Brendon's Helmets.
  59. ^ "Israeli M1 steel helmet Yom Kippur War 1973 - Collectors Weekly". www.collectorsweekly.com.
  60. ^ "M53 Troops helmet". Dutchhelmets.nl. Retrieved 25 December 2023.
  61. ^ "Mexico M1". Brendon's Helmets.
  62. ^ "The Evolution of Helmets in the New Zealand Army". Royal New Zealand Army Ordnance Corps. Archived from the original on 4 February 2025. Retrieved 4 February 2025.
  63. ^ "Nicaragua".
  64. ^ "Paraguay".
  65. ^ "Peru M1". Brendon's Helmets.
  66. ^ "Peru".
  67. ^ "Saudi Imported M1 Helmet Copy". Middle East Militaria. Retrieved 2023-09-04.
  68. ^ "Singapore M1". Brendon's Helmets.
  69. ^ Webster, Donovan. "How the Military Helmet Evolved From a Hazard to a Bullet Shield".
  70. ^ "Venezuela M1". Brendon's Helmets.
  71. ^ "Venezuela".
  72. ^ "West Germany M1". Brendon's Helmets.
  73. ^ Lucy, Roger (January 2015). ""Euroclones": An essential guide to postwar steel helmets". OCAD Militaria Collectors Resource. Archived from the original on 11 October 2016. Retrieved 26 November 2016.

Books

[edit]
  • Armold, Chris (1997). Steel pots: the history of America's steel combat helmets (1st ed.). San Jose, Calif: R.James Bender Pub. ISBN 091213870X.
  • Brayley, Martin J. (2008). Tin Hats to Composite Helmets: A Collector's Guide. Marlborough, Wiltshire, UK: Crowood Press. ISBN 978-1-84797-024-4.
  • Dean, Bashford (1920). Helmets and Body Armor in Modern Warfare. New Haven, CT: Yale University Press.
  • Oosterman, Pieter (2010). The M-1 helmet of the World War II GI: a reference based on the M-1Helmet.com collection. Atglen, PA: Schiffer Publishing. ISBN 9780764336638.
  • Giard, Régis; Blais, Frederic (2007). Helmets of ETO: a historical and technical guide. Paris, France : Histoire & Collections. ISBN 9782352500629.
  • Reynosa, Mark A. (1996). The M-1 helmet: a history of the U.S. M-1 helmet in World War II. Atglen, PA: Schiffer Publishing. ISBN 0764300741.
  • Reynosa, Mark A. (1999). Post- World War II M-1 helmets: an illustrated study. Atglen, PA: Schiffer Publishing. ISBN 076431033X.

Journals

[edit]
  • Studler, Rene R (May–June 1942). "The New Combat Helmet". Army Ordnance. XXI (132): 931–934. Retrieved September 17, 2020.
  • Cleland, John R. D. (January 1954). "What About The Helmet?". United States Army Combat Forces Journal. 4 (6): 24–25. Retrieved September 17, 2020.
[edit]
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