M1903 Springfield
TypeBolt-action rifle
Place of originUnited States
Service history
In service
  • 1903–1936 (as the standard U.S. service rifle)
  • 1936–1970s (as a U.S. Army sniper rifle)[1]
Used bySee Users
Production history
Designed1903 (1903)
Unit cost$41.35 (1938),[2] equal to $860 now
Produced1903 (1903)–1949 (1949)
No. built3,004,079[3]
VariantsSee Variants
Mass8.7 lb (3.9 kg)
Length43.2 in (1,100 mm)
Barrel length24 in (610 mm)

ActionBolt action
Rate of fireUser dependent; usually 15 to 30 rounds per minute
Muzzle velocity2,800 ft/s (850 m/s)
Effective firing range100–300 yd (91–274 m)[4]
Maximum firing range5,500 yd (5,000 m) with .30 M1 ball cartridge
Feed system5-round stripper clip, 25-round (air service variant) internal box magazine
  • Flip-up rear sight graduated to 2,700 yd (2,500 m), blade post-type front sight
  • M1903A3: Aperture rear sight, blade type front sight.
Blade typeBayonet
M1903 Springfield with loading clips

The M1903 Springfield, officially the U. S. Rifle, Caliber .30, M1903, is an American five-round magazine-fed, bolt-action service repeating rifle, used primarily during the first half of the 20th century.

The M1903 was first used in combat during the Philippine–American War,[5] and it was officially adopted by the United States as the standard infantry rifle on June 19, 1903, where it saw service in World War I, and was replaced by the faster-firing semi-automatic eight-round M1 Garand starting in 1936. However, the M1903 remained in service as a standard issue infantry rifle during World War II, since the U.S. entered the war without sufficient M1 rifles to arm all troops. It also remained in service as a sniper rifle during World War II, the Korean War, and the Vietnam War. It remains popular as a civilian firearm, historical collector's piece, a competitive shooting rifle, and as a military drill rifle.


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During the 1898 war with Spain, the Mauser M1893 used by the Spanish Army gained a deadly reputation, particularly from the Battle of San Juan Hill, where 750 Spanish regulars significantly delayed the advance of 15,000 US troops armed with outclassed Springfield Krag–Jørgensen bolt-action rifles and older single-shot Springfield model 1873 trapdoor rifles. The Spanish soldiers inflicted 1,400 casualties on the US in a matter of minutes. Likewise, earlier in the day, a Spanish force of 540 regulars armed with the same Mauser rifles, under Spanish general Vara Del Rey, held off General Henry Ware Lawton's Second Division of 6,653 American soldiers and an independent brigade of 1,800 men for ten hours in the nearby town of El Caney, keeping that division from assisting in the attack on the San Juan Heights. A US Army board of investigation was commissioned as a direct result of both battles. They recommended replacement of the Krag.

The 1903 adoption of the M1903 was preceded by nearly 30 years of struggle and politics, using lessons learned from the recently adopted Krag–Jørgensen and contemporary German Mauser Gewehr 98 bolt-action rifles. The design itself is largely based on the Mauser M1893 and its successive models up to the Gewehr 98 rifle. The M1903's forward receiver ring diameter is 1.305 in (33.15 mm), slightly over the 33 mm (1.30 in) ring diameter of the older "small ring" Mauser models and less than the "large ring" 35.8 mm (1.41 in) Gewehr 98s. The US military licensed many of the Mauser Company's and other German patents, including the spitzer bullet, later modified into the .30-06 Springfield.[6] The M1903 not only replaced the various versions of the U.S. Army's Krag, but also the Lee M1895 and M1885 Remington–Lee used by the United States Navy and the United States Marine Corps, as well as all remaining single-shot trapdoor rifles. While the Krag had been issued with barrel lengths of both 30-inch rifle and 22-inch carbine models, the Springfield was issued only as a short 24-inch-barrel rifle in keeping with current trends in Switzerland and Great Britain to eliminate the need for both long rifles and carbines.[7]

The two main problems usually cited with the Krag were its slow-to-load magazine and its inability to handle higher chamber pressures for high-velocity rounds. The United States Army attempted to introduce a higher-velocity cartridge in 1899 for the existing Krags, but its single locking lug on the bolt could not withstand the extra chamber pressure. Though a stripper-clip or charger loading modification to the Krag was designed, it was clear to Army authorities that a new rifle was required. After the U.S. military's experience with the Mauser rifle in the 1898 Spanish–American War, authorities decided to adopt a stronger Mauser-derived bolt-action design equipped with a charger- or stripper clip-loaded box magazine.

Advances in small arms technology

In 1882, the bolt action Remington Lee rifle design of 1879, with its newly invented detachable box magazine, was purchased in limited numbers by the U.S. Navy. Several hundred M1882 Lee Navy models (M1882 Remington-Lee) were also subjected to trials by the U.S. Army during the 1880s, though the rifle was not formally adopted. The Navy adopted the M1885, and later different style Lee M1895 (a 6 mm straight pull bolt), which saw service in the Boxer Rebellion. In Army service, both the M1885 and M1895 6 mm Lee were used in the Spanish–American War, along with the .30-40 Krag and the .45-70. The Lee rifle's detachable box magazine was invented by James Paris Lee, and was very influential on later rifle designs.[citation needed] Other advancements had made it clear that the Army needed a replacement. In 1892, the U.S. military held a series of rifle trials, resulting in the adoption of the .30-40 Krag–Jørgensen rifle. The Krag officially entered U.S. service in 1894, only to be replaced nine years later by the M1903.


Thousands of Spanish Mauser M1893 rifles, surrendered by Spanish troops in Cuba, were returned to the US and extensively studied at Springfield Armory, where it was decided that the Mauser was the superior design.

U.S. rifle Model 1900 .30 prototype

A prototype rifle was produced in 1900; it was very similar to rifle No. 5, the final Mauser M92 prototype in the U.S. Army rifle trials of 1892. This design was rejected, and a new design combining features of the M1898 Krag rifle and the Spanish Mauser M1893 was developed.

U.S. rifle Model 1901 .30 prototype

Springfield began work on creating a rifle that could handle higher loads around the turn of the 20th century. The Springfield Model 1901 prototype combined the Krag–Jørgensen's cock-on-opening bolt, 30-inch barrel, magazine cutoff, stock and sights with the Mauser M1893's dual locking lugs, external claw extractor, and staggered-column magazine. Taking a cue from the Mauser Gewehr 98, a large safety lug was added to the side of the bolt behind the extractor, which engaged the receiver bridge and prevented the bolt from moving rearwards. The bolt handle was also bent downwards, to make it faster to operate. The Model 1901 almost entered production. Springfield was sure enough that the Model 1901 prototype would be accepted that they began making some of the parts for it, but it was not accepted; further changes were asked for.


Following then-current trends in service rifles, the barrel was shortened to 24 inches after it was discovered that a longer barrel offered no appreciable ballistic advantage, and the shorter barrel was lighter and easier to handle. This "short rifle" also eliminated the need of a shorter carbine for mounted troops or cavalry.[8] A spike-type bayonet with storage in the forend of the stock was added to the design. This new design was accepted, type classified and officially adopted as the United States Rifle, Caliber .30, Model 1903 and entered production in 1903. The M1903 became commonly known among its users as the "aught-three" in reference to the year, 1903, of first production.

Despite Springfield Armory's use of a two-piece firing pin and other slight design alterations, the M1903 was, in fact, a Mauser design, and after that company brought suit, the U.S. government was judged to pay $250,000 in royalties to Mauser Werke.[9]

By January 1905, over 80,000 of these rifles had been produced at the federally-owned Springfield Armory. However, President Theodore Roosevelt objected to the design of the sliding rod-type bayonet used as being too flimsy for combat. In a letter to the secretary of war, he said:

I must say that I think that ramrod bayonet is about as poor an invention as I ever saw. As you observed, it broke short off as soon as hit with even moderate violence. It would have no moral effect and mighty little physical effect.[10]

All the rifles to that point consequently had to be re-tooled for a blade-type bayonet, called the "M1905". The sights were also an area of concern, so the new improved Model 1904 sight was also added.[8][11]

The retooling was almost complete when it was decided another change would be made. It was to incorporate improvements discovered during experimentation in the interim, most notably the use of pointed ammunition, first adopted by the French in the 1890s and later other countries. The round itself was based on the .30-03, but rather than a 220-grain (14 g) round-tip bullet fired at 2,300 ft/s (700 m/s), it had a 150-grain (9.7 g) pointed bullet fired at 2,800 ft/s (850 m/s); the case neck was a fraction of an inch shorter as well. The new American cartridge was designated Cartridge, Ball, Caliber .30, Model of 1906. The M1906 cartridge is better known as the .30-06 Springfield round, used in many rifles and machine guns, and is still a popular civilian cartridge to the present day. The rifle's sights were again re-tooled to compensate for the speed and trajectory of the new cartridge.

By the time of the 1916 Pancho Villa Expedition, the M1903 was the standard issue service rifle of US forces. Some rifles were fitted with both the Warner & Swasey Model 1913 and 1908 "musket sights" during the campaign, "musket sights" being the vernacular at the time for telescopic sights. The Warner & Swasey Model 1913 musket sight continued to see service after the Pancho Villa Expedition and during World War I but was eventually deemed inadequate and was removed from the US Army's inventory by the 1920s.[12]

The military tested several M1903 rifles with Maxim suppressors starting in 1909, and requisitioned 500 in 1910 to be used for recruit training.[13] Anecdotal evidence indicates that some of the M1903 rifles during the Pancho Villa Expedition were fitted with Maxim suppressors, possibly making them the first suppressed rifles used in the field by the US military; however, during World War I American M1903s were not fitted with suppressors due to opposition from officers and the fact that suppressors would preclude the use of bayonets.[14]

World War I and interwar use

US Marines with M1903 rifles and bayonets in France, 1918
An Elder-type periscope stock fitted to an M1903 (1918). Designed for trench warfare, this enabled the shooter to fire over the parapet of a trench while remaining under cover and protected; the rifle is also fitted with a 25-round magazine.[15]
The Pedersen device allowed bolt action M1903 Mark I rifles with a left side ejection port to fire .30 caliber pistol-grade cartridges in a semi-automatic fire mode.

By the time of US entry into World War I, 843,239 M1903 rifles had been produced at Springfield Armory and Rock Island Arsenal. Pre-war production utilized questionable metallurgy. Some receivers constructed of single-heat-treated case-hardened steel were improperly subjected to excessive temperatures during the forging process. The carbon could be "burnt" out of the steel, producing a brittle receiver.[16] Despite documented evidence indicating some early rifles were improperly forged, actual cases of failure were very rare. Although several cases of serious injury from receiver failure were documented, the U.S. Army never reported any fatalities. Many failures were attributed to use of incorrect cartridges, such as the 7.92×57mm Mauser.[17] Evidence also seems to suggest that improperly forged brass cartridge cases could have further exacerbated receiver failure.[18]

Pyrometers were installed in December 1917 to accurately measure temperatures during the forging process. The change was made at approximately serial number 800,000 for rifles made at Springfield Armory and at serial number 285,507 at Rock Island Arsenal. Lower serial numbers are known as "low-number" M1903 rifles. Higher serial numbers are said to be "double-heat-treated".[17]

Toward the end of the war, Springfield turned out the Model 1903 Mark I. The Mark I has a cut on the left hand side of the receiver meant to act as an ejection port for the Pedersen device, a modified sear and cutoff to operate the Pedersen device; a specialized insert that replaced the bolt and allowed the user to fire .30 caliber pistol cartridges semi-automatically from a 40-round detachable magazine. The stock was also slightly cut down on the left side to clear the ejection port. In all other respects, the Mark I is identical to the M1903. Temperature control during forging was improved prior to Mark I production. The receiver alloy was toughened by addition of nickel after Mark I production.

In 1926, after experiencing the effect of long-range German 7.92×57mm rifle and machine gun fire during the war, the U.S. Army adopted the heavy, 174-grain, boat-tail bullet for its .30-06 cartridge, standardized as Cartridge, Ball, caliber 30, M1.[19] M1 ammunition, intended primarily for long-range machine gun use, soon became known by Army rifle competition teams and expert riflemen for its considerably greater accuracy over that of the M1906-round; the new M1 ammunition was issued to infantrymen with the Springfield rifle as well as to machine gun teams.[20] However, during the late 1930s, it became apparent that, with the development of mortars, high-angle artillery, and the .50 caliber M2 Browning machine gun, the need for extreme long-range, rifle-caliber machine-gun fire was decreasing. In 1938, the US Army reverted to a .30-06 cartridge with a 152-grain flat-base bullet, now termed "M2 ball", for all rifles and machine guns.[19]

In the 1920s and the 1930s, M1903s were delivered to US allies in Central America, such as Cuba, Costa Rica and Nicaragua. Costa Rica troops were equipped with Springfields during the Coto War and some rifles were captured by the opposing Panamanians.[21] The Cuban Springfields were used by Batista forces after WW2 and later by the Revolutionary Armed Forces, for instance during the Bay of Pigs Invasion.[22]

The Federal Bureau of Investigation acquired some M1903 rifles configured like National Rifle Association sporter models in response to the 1933 Kansas City Massacre.[23]

In service, the Springfield was generally prized for its reliability and accuracy, though some problems remained. The precision rear aperture sight was located too far from the eye for efficient use, and the narrow, unprotected front sight was both difficult to see in poor light and easily damaged. The Marine Corps issued the Springfield with a sight hood to protect the front sight, along with a thicker front blade. The two-piece firing pin-striker also proved to be no improvement over the original one-piece Mauser design, and was a cause of numerous ordnance repairs, along with occasional reports of jammed magazine followers.[24]

Camouflaged M1903 Springfield sniper's rifle with Warner & Swasey telescopic sight in France, May 1918

World War II

World War II saw new production of the Springfield at private manufacturers such as the Remington Arms and Smith-Corona Typewriter companies. Remington began production of the M1903 in September 1941, at serial number 3,000,000, using old tooling from the Rock Island Arsenal which had been in storage since 1919. The very early Remington-made rifles are almost indistinguishable from 1919-made Rock Island rifles. As the already worn tooling began to wear beyond use Remington began seeking Army approval for a continuously increasing number of changes and simplifications to both speed up manufacture and improve performance. The milled parts on the Remington M1903 were gradually replaced with stamped parts until, at about serial number 3,330,000, the Army and Remington recognized that a new model name was appropriate. Other features of the M1903, such as high-grade walnut stocks with finger grooves, were replaced with less expensive but serviceable substitutes. Most milled parts made by Remington were marked with an "R".[25]

Production of the M1903 was discontinued in favor of the M1903A3. The most noticeable visual difference in the M1903A3 was the replacement of the barrel-mounted rear sight with a smaller, simpler aperture rear sight mounted on the rear of the receiver which was designed by Remington;[26] it was primarily adopted in order to speed familiarization by soldiers already trained on the M1 Garand, which had a similar sighting system. However, the leaf spring providing tension to the elevation adjustment on the new aperture sight tended to weaken with continued use over time, causing the rifle to lose its preset range elevation setting.[24] Other modifications included a new stamped cartridge follower; the rounded edges of the new design largely alleviated the "fourth-round jam" complaints of the earlier machined part.[24] All stock furniture was also redesigned in stamped metal.

In late 1942, Smith-Corona Typewriter Company began production of the M1903A3 at its plant in Syracuse, New York.[27] Smith-Corona parts are mostly identified by the absence of markings, except for occasions when time permitting during manufacture, on early to mid-production rifles, and also only on certain parts.

To speed up production output, two-groove rifled barrels were adopted, and steel alloy specifications were relaxed under "war emergency steel" criteria for both rifle actions and barrels.[28] All M1903A3 rifles with two-groove "war emergency" barrels were shipped with a printed notation stating that the reduction in rifling grooves did not affect accuracy.[29] As the war progressed, various machining and finishing operations were eliminated on the M1903A3 in order to increase production levels.[29]

Original production rifles at Remington and Smith-Corona had a dark gray-black finish similar to the bluing of late World War I. Beginning in late 1943 a lighter gray-green parkerizing finish was used. This later finish was also used on arsenal repaired weapons.

It is somewhat unusual to find a World War I or early World War II M1903 with its original dated barrel. Most, if not all, World War II .30-06 ammunition used a corrosive primer which left corrosive salts in the barrel. If not removed by frequent and proper barrel cleaning, these residues could cause pitting and excessive wear. Cleaning was sometimes lax when fighting in the jungle on various Pacific islands, and the higher moisture levels compounded the corrosive action of the residue.[30]

The M1903 and the M1903A3 rifles were used in combat alongside the M1 Garand by the US military during World War II and saw extensive use and action in the hands of US troops in Europe, North Africa, and the Pacific. The US Marines were initially armed with M1903 rifles in early battles in the Pacific, such as the Battle of Guadalcanal, but the jungle battle environment generally favored self-loading rifles;[31] later Army units arriving to the island were armed with M1 Garands.[32] The U.S. Army Rangers were also a major user of the M1903 and the M1903A3 during World War II with the Springfield being preferred over the M1 Garand for certain commando missions.[citation needed]

According to Bruce Canfield's U.S. Infantry Weapons of WW II, final variants of the M1903 (the A3 and A4) were delivered in February 1944.[25] By then, most American combat troops had been re-equipped with the M1 Garand. However, some front-line infantry units in both the U.S. Army and Marine Corps retained M1903s as infantry rifles beyond that date and continued to use them alongside the M1 Garand until the end of the war in 1945. The Springfield remained in service for snipers (using the M1903A4), grenadiers (using a spigot type rifle 22 mm with the M1 grenade launcher] grenade launcher until the M7 grenade launcher was available for the M1 rifle in late 1943), and Marine scout sniper units.

Sniper rifle

The M1903A4 was the U.S. Army's sniper rifle of choice during the Second World War. The M1903A4 was a variation of the M1903A3. The only difference between receivers was that the model and serial number on the receiver were split on M1903A4 to make room for the Redfield scope mount. The Redfield scope mount removed the rear peep sight that was standard on the M1903A3. The scope used on the M1903A4 was a Weaver Model 330 or 330C, which was a 2.75x telescopic sight. The receivers were tested by Remington Arms and those that were deemed best, meaning those closest to design specifications were selected to become M1903A4s. The barrels were also selected specifically to be added to the M1903A4 rifle only if they were within almost exact specifications for the design. The front sight on the barrel was never installed on the A4 barrels, however, the notch for it was still in place.[24] Barrel specifications were, in general, unchanged between the M1903A3 and M1903A4, however, the War Department did start installing barrels with 2 groove rifling instead of 4 groove, despite the lack of clear changes from the 4 groove rifling that was the standard up until 1942.[33]

By some accounts, the M1903A4 was inadequate as a sniper rifle. The M1903A4 was a relatively accurate rifle with an effective range of about 600 yards (550 m). These limitations on long-range targeting were due to the limited field of view present in both the Weaver scopes. From its adoption in 1943 until the end of the war it was used extensively in every theater of operation by both the US Army and the USMC.[34] The Weaver scopes (later standardized as the M73 and M73B1) were not only low-powered in magnification, they were not waterproofed, and frequently fogged over or became waterlogged during humidity changes. In addition, the M81/82 optional scopes also had significant flaws. They most notably had less power (2.2x vs. 2.75x) and, like the other scopes on the M1903A4, had serious issues with the field of view.[24][34][35] The USMC and the US Army would eventually switch to a large 8x scope that spanned the length of the rifle designed by John Unertl.

Foreign users

The US Army Military Police (MP) and the US Navy Shore Patrol also used M1903s and M1903A3s throughout the war. Various US allies and friendly irregular forces were also equipped with the weapon. The Brazilian Expeditionary Force (FEB), operating in the 5th Army in Italy was equipped with M1903 rifles. In August 1943, the Free French Forces of General Charles de Gaulle were re-equipped by the United States, primarily with M1903 Springfield and M1917 Enfield rifles. The M1903 became one of the primary rifles used by French forces until the end of the war, and was afterwards used in Indochina[36] and by local militia and security forces in French Algeria.[37] Large numbers of M1903 rifles were sent to China.[38]

During the Korean War, South Korean Marines used the M1903A3.[39]

South Korean marine armed with M1903 rifle, September 20, 1950

The M1903 rifles captured by the Germans were designated Gewehr 249(a).[40]

Post–Korean War service

After the Korean War, active service (as opposed to drill) use of the M1903 was rare. Still, some M1903A4s remained in sniper use as late as the Vietnam War; and technical manuals for them were printed as late as 1970.[8] The U.S. Navy also continued to carry some stocks of M1903A3s on board ships for use as anti-mine rifles.


M1903 Springfield with 8x Unertl scope used during a vintage sniper rifle match in 2012.

Due to its balance, the M1903 is still popular with various military drill teams and color guards, most notably the U.S. Army Drill Team.[citation needed] M1903 rifles (along with the M1 Garand, M1917 Enfield and M14 rifles) are also common at high school Junior Reserve Officer Training Corps (JROTC) units to teach weapons handling and military drill procedures to the cadets. JROTC units use M1903s for regular and inter-school competition drills, including elaborate exhibition spinning routines. Exhibition teams often use fiberglass stocks in place of wooden stocks, which are heavier and more prone to breakage when dropped. JROTC Color Guards still favor wooden stocks over fiberglass because of their weight characteristics and appearance. The M1903 is the standard parade rifle of the Virginia Tech Corps of Cadets, which has over six hundred M1903s, a very small percentage of which are still fireable. The Summerall Guards of The Citadel also use the M1903 Springfield for their silent drill performances.

U.S. Naval Sea Cadet Corps color guard rifles bear many similarities to the Springfield.[clarification needed]

In 1977, the U.S. Army located a rather large cache of unissued M1903A3 rifles which were demilitarized and then issued to JROTC units as a replacement for their previously issued M1 Garand and M14 rifles, which were then returned to Army custody due to concerns about potential break-ins at high school JROTC armories.

For safety reasons, the JROTC M1903s are made permanently unable to fire by plugging the barrel with a steel rod, or having it filled with lead, soldering the bolt and welding the magazine cutoff switch in the "on" position. To plug the barrel, a very cold steel rod was inserted; after it warmed up it was too tight to remove.


Diagram of the .30 Springfield rifle

The US rifle, Model of 1903 is 44+78 inches (1.14 m) long and weighs 8 lb 11 oz (3.9 kg). A bayonet can be attached; the M1905 bayonet blade is 16 in (410 mm) long and weighs 1 pound (0.45 kg). From 1906, the rifle was chambered to fire the .30 caliber M1906 cartridge (.30-06 cartridge), later the M1 (1926) and M2 ball (1938) rounds. There were four standard types of cartridge:

The rifle is a magazine-fed clip-loader and can fire at a rate of 20 shots per minute. Each stripper clip contains five cartridges, and standard issue consisted of 12 clips carried in a cloth bandoleer. When full the bandoleer weighs about 3 lb 14 oz (1.8 kg). Bandoleers were packed 20 in a box, for a total of 1,200 rounds. The full box weighs 100 lb (45 kg).

The bore of the rifle is 0.30 inches (7.62 mm) in diameter. It was then rifled 0.004 in (0.1 mm) deep, making the diameter from the bottom of one groove to the bottom of the opposite groove 0.30787 in (7.82 mm) of the barrel.

The M1903 rifle included a rear sight leaf that can be used to adjust for elevation and windage. This type of rear sight was previously designed by Adelbert R. Buffington of the U.S. Army Ordnance Department. The M1905 rear sight was calibrated to match the trajectory of M1906 service ammunition and offers several sighting options. When the leaf and slider are down, the battle sight notch appears on top. This was set for 547 yd (500 m) for the down position of the slide, and is not adjustable. When the leaf is raised its range slider can be adjusted to a maximum range of 2,850 yd (2,606 m). The .30-06 Springfield M1906 service ammunition long-range performance was originally overstated. When the M1906 cartridge was developed, the range tests had been done to only 1,800 yd (1,646 m); distances beyond that were estimated, but the estimate for extreme range was wrong by almost 40 percent.[41] The external ballistic discrepancy at long-ranges became evident during World War I. The M1905 rear sight can also be adjusted for windage.

The M1903A3 introduced a ramp-type rear aperture sight adjustable both for elevation and windage. It can be adjusted from 100 to 800 yd (91 to 732 m). This new sightline also lengthened the sight radius.[42]

A feature inherent to the M1903 and not found on the Mauser M98 is the cocking piece, a conspicuous knob at the rear of the bolt, allowing the rifle's striker to be released without dry firing, or to cock the rifle if necessary, for example to attempt a second strike on a round that failed to fire. This was implemented from the U.S. model of the Krag–Jørgensen rifle.


M1903 with 'scant' stock
M1903A4 with Type C stock and M84 sight

There were four main variants given official nomenclature, though there are a number of important sub-variants:

Springfield M1903A1

There are two main other types, various training types, and competition versions such as the National Match types. Aside from these there are some other civilian versions, experimental versions, and other miscellaneous types. Due to the duration of its service, there is also a range of smaller differences among ones from different periods and manufacturers.

In military use it was outnumbered by the M1917 Enfield for much of the war. Also, during World War II many remained in use early on, especially in the Pacific (generally replaced as M1s became available), in addition to service (along with other weapons) as a sniper rifle and to launch rifle grenades.

In popular culture

Ernest Hemingway used an M1903 to shoot big game, including lions, on his first African safari in 1933. His experiences during the safari is the subject of Green Hills of Africa, published in 1935.[50]

An M1903A4 is used by Private Daniel Jackson in the film Saving Private Ryan.[51]


A map with M1903 Springfield users in blue

See also

Preceded bySpringfield Model 1892–99 Unite States Army rifle 1903-1936 Succeeded byM1 Garand



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  2. ^ "Second Deficiency Appropriation Bill for 1939". 1939.
  3. ^ "Springfield Armory US Model 1903 rifle serial number ranges". Bowers Firearms. Archived from the original on 11 October 2018. Retrieved 8 October 2017.
  4. ^ "Operation Requirements for An Infantry Hand Weapon" (PDF). Operations Research Office.
  5. ^ Thompson 2013, p. 38.
  6. ^ The patent assigned by the US Patent Office to the Deutsche Waffen- und Munitionsfabriken Aktien-Gesellschaft for an Improved Form for Projectiles for Hand-Firearms can be found under US PAT No. RE12927.
  7. ^ Seton-Karr, Henry (1911). "Rifle" . In Chisholm, Hugh (ed.). Encyclopædia Britannica. Vol. 23 (11th ed.). Cambridge University Press. pp. 325–336, see page 328, first para, lines three and four. and in 1903»the f short rifle " was actually approved and issued generally.
  8. ^ a b c Canfield, Bruce N. (2003). "100 Years Of The '03 Springfield". American Rifleman. 151 (March): 42–45&78.
  9. ^ Sheehan, John (1 October 2006). "Battlefield tack driver: the model 1903 Springfield in WWI". Guns Magazine. Retrieved 22 April 2015.
  10. ^ Kontis, George (24 August 2011). "Are We Forever Stuck with the Bayonet?". Small Arms Defense Journal. Retrieved 22 April 2015.
  11. ^ Canfield, Bruce N. (2006). "From Poor Invention To America's Best". American Rifleman. 154 (September): 59–61, 91–92&94.
  12. ^ Canfield, Bruce (October 2016). "1916: Guns On The Border". American Rifleman. National Rifle Association of America.
  13. ^ Crozier, Willliam (1910). "Report of Chief of Ordinance". War Department, Annual Reports: 611. Retrieved 9 January 2024.
  14. ^ Moss, Matthew; Tuff, Vic. "Springfield M1903 with a Maxim Silencer". The Armourer's Bench. Retrieved 9 January 2024.
  15. ^ Ordnance Dept, United States. Army (15 November 1918). "Bayonet" (Digital). Handbook of Ordnance Data. U.S. Government Printing Office: 332. OCLC 6316176.
  16. ^ Canfield, February 2008, p. 13
  17. ^ a b Canfield, Bruce N. (2004). "U.S. M1903A1 Rifles". American Rifleman. 152 (January): 20.
  18. ^ Lyon, Joseph: Some Observations On The Failure Of U.S. Model 1903 Rifle Receivers [1]
  19. ^ a b Barnes, Frank C., Cartridges of the World, 6th ed., DBI Books Inc. (1989), p. 59
  20. ^ Dunlap, Roy (1948). "Rifles". Ordnance Went up Front: Some Observations and Experiences of a Sergeant of Ordnance, Who Served Throughout World War II with the United States Army in Egypt, the Philippines and Japan, Including Way Stations. OCLC 777744849.
  21. ^ a b c Jowett, Philip (28 Jun 2018). Latin American Wars 1900–1941: "Banana Wars," Border Wars & Revolutions. Men-at-Arms 519. Osprey Publishing. pp. 15, 17, 45. ISBN 9781472826282.
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