British Enfield Rifles - NRA - 2004

Copyright ©1990 National Rifle Association of America 11250 Waples Mill Road Fairfax, Virginia 22030-9400

Eleventh Printing, September 2004

The Cover: Lee-Enfield rifles from the collection of the National Firearms Museum, Fairfax, Virginia

Uniforms and accoutrements from National Capital Historical Sales, Springfield, Virginia

Design by Michael R. Bloom

Photograph by John R. Lamson

CAUTION: The material contained herein is reprinted from past issues of the AMERICAN RIFLEMAN magazine, a copyrighted publication of the National Rifle Association of America (NRA). Therefore, while technically sound and historically relevant, it may have been updated by research more recent than the original date of publication. All technical data in this publication, especially for handloading, reflect the limited experience of individuals using specific tools, products, equipment and components under specific conditions and circumstances not necessarily reported in this publication, and over which the NRA has no control. The data have not otherwise been tested or verified by the NRA. The NRA, its agents, officers and employees accept no responsibility for the results obtained by persons using such data and disclaim all liability for any consequential injuries or damages.

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Enfield - Britain's Springfield - And Its Rifles Its products have served well in wars over the globe, including ours, in 1861-65 By E. G. B. REYNOLDS

ABOUT THE AUTHOR For 14 years, Major E. G. B. Reynolds was a Technical Officer on the Inspectorate of Armaments Headquarters Staff, and dealt chiefly with the inspection and development of rifles and other small arms. Major Reynolds was closely connected with the inspection and development of the No. 4 Lee-Enfield rifle since first it went into production in 1941. He was a member of 10 British Dewar Trophy teams and was the first person to fire 400 x 400 in this match. British laborers planting numerous walnut trees in 1800 and musketry in the American Civil War were an ocean and more than a half century apart. Yet a relationship exists. It is part of a firearms kinship which has extended, in one way or another, through a series of wars into the present time. The trees set out in quantity around Enfield Lock, a canal lock in the Lea waterway in Middlesex, were a source of gunstocks for more than 500,000 muzzle loading Enfield rifled muskets bought by both the Union and the Confederacy. This arm was, in fact, more used by infantry of both sides than any other except the M1861-63 Springfield. The muzzleloaders were mass-produced in part with imported Yankee machinery. In World War I, private industry in the United States manufactured Pattern 14 bolt-action Enfield’s in caliber .303 and then changed, after America's entry, to producing them in .30'06 as the U. S. Rifle, Model 1917 —still popularly called the Enfield. Large quantities of surplus British Enfield’s of World Wars I and II are doing duty in the United States, Canada and elsewhere today as sporting arms, usually somewhat modified. So it is very much in order to take a look at the origin and development of this rifle.

First arms works The first British Government arms works at Enfield Lock, a location affording both water transportation and water power from the lock fall, was established in 1804 largely to assemble Brown Bess flintlock muskets, the principal arm of British infantry for over 100 years. Parts, excepting stocks, were manufactured privately in London and Birmingham "by men working by hand in wretched cellars and attics," as one ordnance report put it. Standardization and what is modernly called quality control were largely lacking. Meanwhile efforts were being made to find a better infantry arm for the British Army. The choice lay between smoothbore with reasonably fast loading but little accuracy beyond 100 yds., and rifled weapons that were more accurate but slower to load. The first serious rival to the smoothbore Brown Bess was the Baker flintlock rifle. In 1823, Enfield received an order for 5,000 and the rifle continued in service, with modifications, for nearly 40 years. By 1839, Enfield was converting 30,000 flintlock muskets to the percussion system. George Lovell, a storekeeper in 1823, played a prominent part in the conversion program and was promoted in 1840 to the post of Government Inspector of Small Arms. Largely due to Lovell, the Brunswick rifle, first rifled arm to go into full production, had its early back-action lock replaced with an improved bar-action lock in 1841. A fire gutted the rifle workshops in the Tower of London that same year, so much work was transferred to Enfield. Lovell designed the first British percussion musket, which went into production at Enfield in 1842. In 1852 the first British Minie rifles, outwardly resembling the Percussion Musket, 1842, were manufactured at Enfield.

New rifle adopted In 1852 Lord Hardinge, then Master-General of Ordnance, invited the leading gunsmiths to enter into competition with the object of finding the best possible weapon for the British Army. A special committee, assembled at Enfield to survey the numerous weapons submitted, wisely chose the best features of the various weapons, including a smaller bore, and 2 experimental rifle-muskets were made at the Royal Enfield Manufactory. After numerous trials, the new rifle was adopted and officially introduced as the Rifle, Musket, Pattern 1853. It was more commonly referred to as The Enfield 3-groove Rifle, and the initial contract for 20,000 was placed with the Enfield factory. The improved Pritchett bullet for this rifle was adopted 2 years later. The Enfield rifle, the first rifled arm to bear the factory's name, quadrupled the effective fire of the English regiments in which it replaced the Minie rifle in the Crimean War. It was generally agreed that it was superior to almost all rifles in the Continental armies. When it went into production the Enfield factory, largely due to the efforts of Lovell, expanded in stature. New workshops and a new rolling plant and other machinery were installed, and the factory reached an annual capacity for 50,000 muskets and 5000 swords.

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Assembly of cal. .753 Brown Bess smoothbore flintlock muskets was first important task carried out at Enfield establishment. Brown Bess musket was standard British infantry arm for more than 100 years.

Baker rifle was capable of making groups 1½ ft. wide by 2½ ft. deep at 100 yds. It was most accurate British military arm at time of its introduction.

An early type of back-action Brunswick rifle made at Enfield. Named after Duke of Brunswick, this rifle was first made with 11-groove rifling, later changed to 2groove for use with belted spherical ball. A standard rifle for 40 years, Brunswick rifle was difficult to load when bore became fouled.

Cal. .753 Percussion Musket of 1842 was designed by George Lovell, Government Inspector of Small Arms.

The Minie Rifled Musket introduced in 1851 was first British Service rifle to be sighted up to 1000 yds. More accurate than its predecessors, this cal. .702 rifle was used in Kaffir and Crimean Wars.

In 1855, a number of Enfield rifles were made with shorter barrels and long sword bayonets, and were issued to the 60th Rifles (King's Royal Rifle Corps) and the Rifle Brigade. Carbines on the same principle were made at Enfield and issued to the Artillery and Cavalry. Three years later another shortened version was made for the Royal Navy to replace the Pattern 1842 Sea-Service muskets. A similar arm was made for Sergeants of Infantry. It was more accurate than the long rifle and, as sergeants were thought to have less time than the lower ranks for actual firing, it was considered imperative that they have the most accurate weapons. Although improvements had been effected, there was still dissatisfaction in Government circles regarding the supply of small arms to the British Forces, and the weapons generally were considered inferior to those made in America. Even at Enfield the system was bad. Some of the work was done under contract, and tools were often the property of workmen. The situation improved and, by 1860, the first Enfield rifle was in full production. In 1861 it was proudly acclaimed in the House of Commons that 90,707 rifles had been made in the factory that year. Largely due to the visit of a British Commission to the U. S. Government Armories at Harpers Ferry and Springfield, the Enfield factory was modernized by American machinery. For some years the British Army had pressed for a breech-loading rifle and, in 1867, it was decided to convert existing stocks of the 1853 muzzle-loading Enfield by a method submitted by an American, Jacob Snider. The work of conversion, and eventually the manufacture of new Sniders fitted with steel barrels (earlier Enfield weapons had wrought-iron barrels), was carried out at Enfield. The rifle was called the Enfield Snider and, with the Boxer cartridge, the rifle's accuracy improved. British Breech-Loading Service Rifles Made Or Designed At The Enfield Royal Small Arms Factory 1871-1944 Model Designation & Year of Adoption

Caliber Action System (Magazine Capacity)

Weight (lbs.-ozs.)

Martini-Henry (1871)

.45

Lee-Metford (1888)

.303

Lee-Enfield (1895)

.303

Short Magazine Lee-Enfield (1902)

.303

Pattern 1914 Enfield (1916)

.303

No. 4 Rifle (1939)

.303

No. 5 Rifle (1944)

.303

Pivoting-block (single-shot) Lee bolt-action (8 rounds) Lee bolt-action (10 rounds) Lee bolt-action (10 rounds) Mauser-type bolt-action (5 rounds) Lee bolt-action (10 rounds) Lee bolt-action (10 rounds)

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Over-all Length (inches) 49.5

Barrel Length (inches) 33.2

9-8

49.5

30.2

9-4

49.5

30.2

8-2½

44.5

25.18

8-11

46.3

26

9-1

44.5

25.18

7-2½

39.5

18.75

Rifling Form & Twist Rate

Sighting

Henry 7-groove Right, 1 turn in 22" Metford 7-groove Left, 1 turn in 10" Enfield 5-groove Left, 1 turn in 10" Enfield 5-groove Left, 1 turn in 10" Enfield 5-groove Left, 1 turn in 10" Enfield 5-groove Left, 1 turn in 10" Enfield 5-groove Left, 1 turn in 10"

Rear: 100-1450 yds. Rear: 300-1900 yds. Dial: 1800-3500 yds. Rear: 200-1800 yds. Dial: 1600-2800 yds. Rear: 200-2000 yds. Dial: 1600-2800 yds. Rear: 400-1900 yds. Dial: 1600-2800 yds. Rear: 200-1300 yds. Rear: 200-800 yds.

3 British Army Muzzle-Loading Arms Made At Or Associated With The Enfield Royal Small Arms Factory Name & Caliber Weight Over-All Approximate Year of (inches) lbs.-ozs. Length Introduction (inches) Brown Bess .753 10-2 55 (About 1790) Baker Rifle .628 9-7 45½ (1800) Brunswick Rifle .704 11—5½ 46 (1836) Percussion Musket .753 9-14 54¾ (1842) British Version Minie Rifle .702 9-13 55 (1851) Enfield Rifle .577 8-14½ 54 1/8 (1853) Short Enfield Rifle .577 8-11¾ 48¾ (1858) (1) These figures are approximations. (2) Some Baker rifles with 20" barrels were made for British Cavalry. (3) The Short Enfield Rifle of 1855 had 29" barrel.

Barrel Length (inches) 39

Number Grooves

302

7

30

2

39

Smoothbore

39

4

39

3

333

5

Smoothbore

Rifling Twist Rate —

Sighted to (yds.) 200

Bullet Diameter (inches)1 .683

Bullet Weigh (grs.) 1 480

Powder Charge (grs.) 1 164

¼ turn in 30" 1 turn in 30" —

200

.625

350

110

300

.696

557

68

150

.683

480

123

1 turn n 78" 1 turn in 78" 1 turn in 48"

1000

690

680

68

900

.568

530

68

1200

.568

530

68

The Enfield Snider was intended as a stop-gap pending development of a new breech-loading arm. In 1869 a special War Office committee appointed 3 years earlier recommended a development of the Peabody breech-mechanism entered by Friederich von Martini of Switzerland. The barrel was designed by Alexander Henry of Edinburgh. The new arm was called the Martini-Henry, and 200 were made at Enfield and issued for troop trials. In introducing this cal. .45 rifle, the committee had achieved a reduction in bore at that time believed impossible for this class of military arm. Much of the development work was carried out at Enfield and numerous modifications were effected before the rifle and a new bottleneck cartridge were adopted. In 1871 they were officially introduced for the British Army and the Royal Navy. Later, about 70,000 Martini rifles embodying Met-ford rifling were made at Enfield. They were called Enfield-Martini's, but were never officially adopted; they were eventually fitted with Henry barrels at Enfield and became the Mark IV pattern Martini-Henry.

(Top) Rifle, Musket, Pattern 1853. Snider hinged-breech action used in converting Pattern 1853 for breech-loading. Lower arm is Snider carbine issued to cavalry and artillery units. Introduced in 1867, Snider conversion was a stop-gap development. Conversion and manufacture of cal. .577 Snider arms were carried out at Enfield.

Shortened version of Model 1853 Enfield rifle designated Sergeant's Fusil, Model 1856. It proved more accurate than long rifle.

Experimental Service Pattern cal. .45 Whitworth rifle made at Enfield. Hexagonal-bore Whitworth, popular for target shooting, was not issued generally for Service use.

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Principal difference between Martini-Henry rifle (upper) and Enfield-Martini (center) was in form of rifling. Enfield-Martini rifle had longer action lever to improve extraction power. In 1895 many of these cal. .45 rifles were fitted with cal. .303 barrels and redesignated Martini-Enfield. Martini-Henry carbine (bottom) was issued to cavalry and artillery units.

Lee-Metford Mark I cal. .303 rifle (upper) adopted in 1888, with Lee-Enfield rifle (lower) adopted in 1895. The introduction of cordite smokeless powder led to adoption of deeper Enfield rifling form in 1895.

For a number of years the British Royal Navy had pressed for a magazine rifle, and much experimental and design work was carried out at Enfield before the Lee-action magazine rifle was approved for manufacture in 1888. This weapon, embodying the shallow Metford form of rifling, which had shown a great advance in accuracy in competition shooting at Wimbledon, was a further considerable reduction in caliber. It was destined to remain in the British Regular Army for nearly 70 years. Introduced as the Magazine Rifle, Mark I, in 1889, and changed to the Lee-Metford 2 years later, it became the Lee-Enfield in 1895, after a change of rifling. The Enfield rifling form was designed and developed at Enfield to ensure a longer barrel accuracy life by rendering greater resistance to the destructive erosion of cordite than did the shallow Metford grooving. It was therefore the rifling that brought back the name of Enfield into the rifle's designation. A few years earlier, an important change in procedure had taken place at Enfield. The inspection of small arms was divorced from production and became the prerogative of a separate body known as the Small Arms Inspection Department. It was established at Enfield under the control of the Master-General of Ordnance, and was supervised largely by military officers under a Chief Inspector of Small Arms. It eventually became responsible for technical trials, sealing of patterns to guide manufacture, inspection of troop arms, and other duties. Enfield was also the training ground for Service armorers. At the beginning of the 20th century, Enfield was working to capacity making weapons for the British forces in South Africa. The Lee-Enfield rifle, and Lee-Enfield carbines for the Cavalry and Artillery were in full production. An error in the sighting arrangement of the Lee-Enfield necessitated a modification to the rear sight leaf of thousands of rifles, many being hurriedly returned from South Africa for the purpose. Another serious fault which had to be dealt with was the unequal bearing of receiver and bolt. The sighting trouble caused the establishment of an accuracy shooting test for every rifle, on much the same lines as prevails today.

Lee-Enfield cal. .303 carbine was shortened version of Lee-Enfield rifle. After 1902, this and other carbines gradually disappeared from the British Services.

Short Magazine Lee-Enfield (SMLE) cal. .303 rifle adopted in 1902 was later redesignated No. 1 Rifle. Probably the most famous rifle ever produced at Enfield, it was lighter and shorter version of the long Lee-Enfield rifle. It embodied charger loading, better sights, and other improvements.

Short Magazine Lee-Enfield No. 1 Mark V cal. .303 rifle was experimental arm developed at Enfield after World War I. The first Lee-Enfield rifle designed with aperture rear sight, it was superseded in development stage by SMLE No. 1 Mark VI rifle.

5 LEE-ENFIELD HISTORY Introduction or Adoption Date Dec. 22, 1888 Aug. 8, 1891 Jan. 19, 1892 Jan. 30, 1892 Apr. 22, 1895 July 1, 1907 Nov. 11, 1895 May 11, 1899 July 1, 1907 Dec. 23, 1902 Jan. 16, 1903 July 2,1906 July 2, 1906 Jan. 26, 1907 Sept. 1,1907 Jan. 4, 1908 Jan. 4, 1908 Jan. 4, 1908 Apr. 22, 1914 Jan. 2, 1916 1922/23 (Not adopted) 1930/31 (Not adopted) Nov. 15, 1939 Nov. 15, 1939 (Adopted 1939. Officially introduced Nov. 11, 1946.) Feb. 12, 1942 Mar. 31, 1949 Mar. 31, 1949 Mar. 31, 1949 Mar. 31, 1949 Sept. 12, 1944 1946/47 Sept. 7, 1950 Sept. 7, 1950

Designation Magazine Rifle, Mark I Lee-Metford Magazine Rifle, Mark I Lee-Metford Magazine Rifle, Mark I* Lee-Metford Magazine Rifle, Mark II Lee-Metford Magazine Rifle, Mark II* Charger-loading Lee-Metford Magazine Rifle Lee-Enfield Magazine Rifle, Mark I Lee-Enfield Magazine Rifle, Mark I* Charger-loading Lee-Enfield Magazine Rifle, Mark I* Short Magazine Lee-Enfield Rifle, Mark I Short Magazine Lee-Enfield Rifle, Converted Mark II Short Magazine Lee-Enfield Rifle, Mark I* Short Magazine Lee-Enfield Rifle, Converted Mark II* Short Magazine Lee-Enfield Rifle, Mark III Short Magazine Lee-Enfield Rifle, Converted Mark IV Short Magazine Lee-Enfield Rifle, Mark I** Short Magazine Lee-Enfield Rifle, Mark II** Short Magazine Lee-Enfield Rifle, Mark II*** Short Magazine Lee-Enfield Rifle, Mark I*** Short Magazine Lee-Enfield Rifle, Mark III* Short Magazine Lee-Enfield Rifle, Mark V Short Magazine Lee-Enfield Rifle, Mark VI No. 4 Rifle, Mark I No. 4 Rifle, Mark I* No. 4 Rifle, Mark I(T) No. 4 Rifle, Mark II No. 4 Rifle Mark I/2 No. 4 Rifle Mark I/3 No. 4 Rifle, Mark l/2(T) No. 5 Rifle, Mark I No. 7 Rifle No. 8 Rifle No. 9 Rifle

Some Features of New Pattern Same rifle, renamed. Safety catch omitted. Altered sighting, magazine, handguard, mainspring. New 10-round magazine. Lighter barrel. Weight reduced to 9 lbs., 4 ozs. New pattern safety catch fitted to cocking piece. Converted to charger-loading. Same as Lee-Metford, Mark II* but fitted with Enfield barrel. Cleaning rod, and provision for rod in fore-end omitted. Converted from Lee-Enfield’s and Lee-Metfords. A new rifle. Converted to Mark I pattern from Lee-Enfield’s and Lee-Metfords. Deeper magazine case, etc. Weight of rifle 8 lbs., 7 ozs. Deeper magazine than converted Mark II. Pull-through accommodated in butt. Bridge charger guide fitted to body. Weight of rifle 8 lbs., 10½ ozs. Converted to Mark III pattern from Lee-Enfield’s and Lee-Metfords. Sighting altered for Mark VII cartridge. Converted from Mark I for Royal Navy. New sighting, etc. Converted from converted Mark II rifles. New sighting, etc. Converted from converted Mark II* rifles. Sighting altered for Mark VII cartridge. Converted from Mark I* rifles for Royal Navy. Long-range sights, cut-off omitted. Aperture backsight. One-piece handguard, etc. Heavier barrel. Two-piece handguard. Similar to later No. 4 Rifle. Development of No. 1 Rifle, Mark VI, but with strengthened body. Alternative method of manufacture to Mark I. Differs in body ribway, bolthead catch, and bridge piece. Mark I or Mark I* fitted with Telescope No. 32 for snipers. Trigger pivoted on body, and not hung on trigger guard. Mark I converted to Mark II pattern. Mark I* converted to Mark II pattern. Mark I (T) with trigger pivoted on body. A lightened No. 4 Rifle. A Mark II pattern was made but not produced. There never was a Mark I*. Similar to No. 4 Rifle, but fitted with cal. .22 barrel. Issued to R.A.F. Cal. .22 rifle. For Military Forces No. 4 Rifle fitted with cal. .22 tubed barrels. Issued to Royal Navy.

Experience in the South African campaign led to the development and ultimate adoption in 1902 of the Short Magazine LeeEnfield (SMLE), now known as the No. 1 Rifle. Shorter than its predecessors, it was designed for use in all branches of the British Army and eventually superseded the many types of carbines in use. In 1910 a new rifle, modeled largely on the M1903 Springfield, was developed at Enfield, where 1000 were made for troop trials. Its development was delayed by ammunition troubles. By 1914 these were largely overcome and. but for the outbreak of war, it would probably have gone into full production. It was designed for a cal. .276 rimless cartridge but, during the war, it was produced in large numbers in the United States in cal. .303 British. It was known as the Pattern 1914 Enfield Rifle, but is now known as the No. 3 Rifle. When war broke out, the Enfield factory was faced with difficult production problems. Fortunately it was engaged on a high output before the war, and machinery and workshops were in excellent order and ready for the immediate expansion which took place. Between August 1914 and November 1918 over 2 million SMLE rifles were made and many other weapons were repaired or modified.

Experiments continue Immediately after the war a much smaller production satisfied requirements, but a good deal of experimental work was carried out in the factory. This included development of 2 more versions of the SMLE, the Mark V and the Mark VI. Both were produced in considerable numbers for troop trials, but never went into full production. On the outbreak of World War II, the last of the Lee-Enfield rifles, the No. 4 (a development of the Mark VI), was divorced from the Enfield factory and made elsewhere. Capacity was taken up by the manufacture and repair of the Bren light machine gun, the cal. .38 revolver, the Sten machine carbine, and numerous other weapons. Over 200,000 Bren guns and nearly 300,000 revolvers were produced at Enfield during the war period. Enfield no longer produces a weapon which carries its name, and its activities are now largely concerned with the production of the cal. 7.62 mm. self-loading rifle. The Royal Small Arms Factory is still a busy place, but not so closely connected with the British Army as it was in the days when its traveling examiners paid regular visits to units to examine and repair their arms. It still has many links with the British Forces.

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Short Magazine Lee-Enfield No. 1 Mark VI cal. .303 experimental rifle was never adopted, but both prototype and troop trial versions were made at Enfield. Troop trial rifles featured a checkered fore-end. Prototypes (shown) did not and, except for the magazine cutoff and marking disc on the buttstock, are nearly indistinguishable from later No. 4 rifles. Rifle No. 4 Mark I was both designed and developed at the Royal Small Arms Factory, Enfield, but was mass produced at other factories in Great Britain, Canada and the United States. It was adopted in November 1939, and was chambered for the cal. .303 British Service cartridge.

Rifle No. 5 (Jungle Carbine) was also designed and developed at the Royal Small Arms Factory, Enfield. A lightened version of the No. 4 rifle with a shorter barrel, it was fitted with a flash hider, the only Lee-Enfield rifle with this accessory.

No. 8 Infantry Model (upper), cal. .22 rimfire training rifle was developed at Enfield and introduced in 1950. Its success led to the production and use of the Enfield "Envoy" (lower), a full bore rifle in 7.62 mm NATO.

Pistol, Revolver No. 2 was in full production at Enfield during World War II. This cal. .38 revolver superseded the cal. .455 Pistol, Revolver in British service.

Czech-designed BREN (Brno-Enfield) cal .303 light machine gun went into production at Enfield in 1937. After World War II many were converted at Enfield to fire the 7.62 mm NATO cartridge. Czech-designed BESA machine guns were also made at Enfield for the British Army.

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THE PATTERN 1914

Cal. .276 1913 experimental cartridge (r.) with cal. .303 British cartridge for which Pattern 1914 Enfield Service rifle was adapted.

ENFIELD RIFLE Adopted by the British Army, this weapon became known for its accuracy but its service use was limited By E. G. B. REYNOLDS

T

he Pattern 1914 Enfield Rifle, familiarly known as the P. 14, and in British Service nomenclature as the No. 3 Rifle, enjoys the distinction of being the only rifle with Mauser-type action ever adopted by the British Army. Its actual service, though partly of a distinctive nature, was very limited for so excellent a weapon. When the Short Magazine Lee-Enfield (SMLE) rifle was approved for the British Services in 1902, it met with instant opposition, mostly on the grounds of inaccuracy. Although it proved itself a first-class Service weapon, opposition persisted and a few years after its adoption the Government Design Department at the Royal Small Arms Factory at Enfield was considering design of a rifle ballistically more efficient. In August 1910, the British War Office decided that a new rifle was needed. The requirement was put to the Small Arms Committee, a body of experts including representatives of manufacture, inspection, and users of small arms and ammunition. On Sept. 2, the following points were agreed on: 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.

The rifle to be for Cavalry and Infantry. Length and weight as near as possible to the SMLE. A one-piece stock. A trapped buttplate as on SMLE. The nosecap to be lighter, providing sufficient support for the bayonet was assured. Handguard to be full length of barrel. If possible, barrel to weigh 2 lbs. 14 ozs. Recoil about the same as SMLE. Detachable magazine to hold 10 rounds. Charger-loading and no cut-off. Action to be of Mauser type. To fire rimless cartridges. Trigger to be directly connected to body of rifle.

14. 15. 16.

Safety-catch to operate in both fired and cocked positions. Striker to be controlled by cocking piece. Aperture back sight, and dial sight for distances beyond 1600 yds.

It was decided to make up an experimental rifle embodying as many of the recommendations as possible, and the development work was carried out at Enfield. Meanwhile, a new cartridge in cal. .276 was being developed at Woolwich Arsenal.

8 It was intended to stock the new rifle on the lines of the U. S. M1903 Springfield, and it was eventually decided to alter a Springfield to comply, as far as possible, with the Committee's requirements. A number of experimental rifles was prepared subsequently for trials at Enfield and the Small Arms School at Hythe, Kent. At the same time other patterns were put forward for trial, including 2 from the Birmingham Small Arms Company, one of which had an inclined bolt, but they were not recommended. As a result of the trials at Enfield and Hythe, it was decided to manufacture 1000 of the Enfield pattern for troop trials. A big problem had still to be solved—excessive metallic fouling of the barrel. Its seriousness can be judged from a Small Arms Committee minute dated May 10, 1912, which read: "The Committee desire to point out that no Cal. .276 experimental rifle issued for troop trial in 1913 and identified by diagonal grooves on sides of stock fore-end. A total of 1000 rifles was made. cartridge has yet been produced for the .276in. rifle which does not give such metallic fouling as to quite preclude its being tried by the troops in the 1,000 rifles about to be manufactured, and the Committee see little prospect of arriving at a satisfactory solution of the problem by the time when a decision as to the cartridge will be required if the trial of 1,000 rifles by the troops is to be carried out next year." The Committee's opinion was that the main cause of the fouling was the high pressure, combined with the high temperature of the Cordite M.D.T. propellant charge. Certain modifications to the cartridge were put forward.

Ammunition trials Various ammunition trials were carried out at Woolwich and Hythe and, although some improvement was made ballistically and in the reduction of metallic fouling, the cartridge provided for the troop trials was still not entirely satisfactory in performance. The case was rimless. Over-all cartridge length was 3.230". The 165-gr. pointed bullet had a lead-antimony core and was jacketed with mild steel plated with cupro-nickel. The 49.3-gr. charge of Cordite M.D.T. gave a muzzle velocity of 2785 f.p.s. (feet per second). The trial rifle, which featured a one-piece stock and integral 5-round box magazine, weighed 8 lbs. 11 ozs., and had an over-all length of 46.3". The action was of Mauser type with dual front locking lugs engaging locking recesses within the receiver ring. The 26" cal. .276 barrel weighed 2 lbs. 15 ozs., and was rifled with left twist at the rate of one turn in 10". Groove depth was .005". Barrel lands and grooves were .0853" wide. The aperture-type folding leaf rear sight was adjustable for elevation only. The leaf was graduated from 400 to 1900 yds. The movable slide containing the .10" aperture locked into detents on the right side of the leaf. A fixed .10" aperture battle sight for ranges up to 600 yds., was exposed when the leaf was turned down. A dial sight was fitted to the left side of the rifle for long-range 'barrage' firing. The 1000 troop-trial rifles were made at the Royal Small Arms Factory and, early in 1913, were issued to British troops in the Aldershot, Southern, Northern, and Irish Commands, in South Africa and Egypt, and to the Small Arms School (then called the School of Musketry) at Hythe. In June the trial was suspended in the Aldershot Command when it was found that the ammunition had a great heating effect on the rifle, and dangerous pressures developed if a round was left in a heated chamber for only a short time. The program was amended so that rifles were allowed to cool after not more than 15 rounds had been fired. Besides the heating effects, the reports from the Commands contained several small adverse criticisms, but generally speaking the rifle performed well and was popular with the troops. One complaint is of particular interest in view of subsequent events. It was that there was a tendency to pick up sand in the muzzle when loading on sandy soil. In World War II, when the rifle (then the P. 14) was for a time in general use in several units of the British Army, there were many instances of split barrels due to obstructions being picked up in the protruding muzzle during training. Investigation of many damaged rifles showed a high sulphur and phosphorus content in the steel as causing a tendency to split when a round was fired with any slight obstruction in the bore. The highest percentage of split barrels was of Eddystone manufacture. The troop trials were followed by an investigation of the reports by the Small Arms Committee and, at the beginning of 1914, six rifles were manufactured at Enfield to an improved design. Most of the troubles were easily dealt with, but the complaint of excessive flash had no easy solution. This was reported to be visible at night for a mile, and an accompanying loud report was also considered serious. Barrel wear was another serious problem; accuracy was often bad after only 1000 rounds and was seldom retained after 3000.

War ends experimentation Experiments with new barrel steels and new propellant charges were being carried out when the start of World War I put an end to most of them. Plans for the new rifle replacing the SMLE were dropped. Arming the rapidly increasing fighting forces presented a problem with which British armament manufacturing resources could not cope, and Britain turned to the United States. U. S. manufacturers agreed to produce the new British rifle, with certain modifications, in cal. .303 British, and large orders were placed with the Winchester, Remington, and Eddystone firms.

9 On June 21, 1916, the new rifle was officially introduced in the British Service as the Pattern 1914 Enfield Rifle. It was fitted with the Pattern 1913 Sword Bayonet Mark I and was issued to Home Service units in Great Britain. The superior accuracy of the P. 14 to the SMLE as issued to the Services was soon established, and it was decided to equip a number of these rifles with Aldis offset and Pattern 1918 telescope sights and issue them to snipers in the various theaters of war. A high standard of accuracy was obtained with this equipment, and they would have been of inestimable value had they been available in the earlier years of the war. After the war, they were issued on the scale of 8 to a battalion of infantry. In 1935, the P.14 entered a new phase of its history. In the United Kingdom and British Dominions, the SMLE had achieved a bad reputation in target-shooting circles for Close-up of Pattern 1918 telescope sight on Pattern 1914 rifle. instability of accuracy. Packing, regulating, and the use of small metal parts in restocking had proved palliatives, but not cures, and the War Office decision to release a number of P.14's for target shooting was greatly welcomed by the National Rifle Association (of Great Britain) and its members. The P. 14 which was sold to marksmen for only £3, immediately became popular and for a time gained almost universal praise. Unfortunately, many were stocked with poorly seasoned wood and, after a period of shooting and weathering, the fore-ends warped, some beyond rectification.

Proper stocking method Doubts regarding the consistent accuracy of the rifle were expressed at the 1936 Bisley Meeting, and an investigation was carried out by the Chief Inspector of Small Arms at Enfield. The troubles were not all due to faulty woodwork and it was found that many of the complaints arose from rifles which had been adjusted in a manner contrary to the accepted Service method of stocking. This provides that the action should be so bedded that the following parts bear on the stock: (a) The rear face of the recoil lug. (b) The underside of the receiver at the front and rear ends. (c) The barrel reinforce. (d) The barrel at the muzzle end should bear lightly against stock when receiver and reinforce bearings have been correctly adjusted.

Pattern 1914 Enfield Service rifle fitted with Aldis offset telescope sight. This sight has a lower silhouette than Pattern 1918 sight. Lateral adjustment is embodied in the mounting.

The important part of correct stocking of the P. 14 is the bedding of the action. Alternative methods of stocking are permitted for target shooting. The barrel may be completely free at the muzzle, the clearance being kept to a minimum. A bearing may also be obtained about 6" forward of the receiver by building up the fore-end at this point by a light metal shim or wood insert glued in position. With this method the barrel, forward of the bearing, should be clear of the woodwork. World War II had been in progress several months before there was any real interest in the possibility of snipers being again required. In May 1940, a Sniping Wing of the Small Arms School was formed at Bisley, largely on the initiative of Maj. Gen. Sir Alan Hunter, then Secretary of the National Rifle Association (of Great Britain). Sniping was almost a lost art and its restoration centered around the P. 14, the only sniping rifle then in the British Army. The P. 14 continued in this role until 1942, when it was superseded by the No. 4 Rifle, Mark I (T). The P. 14 rifle, without a telescope, remained in the hands of Home Defence forces throughout the war. It is sad to record that so fine a rifle as the P. 14 should have received such unfortunate treatment as was accorded this accurate weapon after the war. Many thousands were dumped in Ordnance Depots throughout the United Kingdom, and so carelessly were many of them stored that they rapidly deteriorated into scrap. Eventually a few were sold to rifle clubs but most were broken up and, in official jargon, 'brought to produce'. Thus the P. 14 went the way of many wartime stores in the urge to destroy and clean up, regardless, which always seems to follow in the wake of a war. There are still some marksmen who regard the P. 14 as the most accurate British full-bore rifle, though the number seen on Bisley ranges is now comparatively small largely due to the difficulty of obtaining replacements for shot out barrels. Whether those that have survived will ever be converted to take the 7.62 mm. NATO cartridge when the target-shooting changeover from cal. .303 British takes place is a matter for conjecture. If it is eventually converted, the P. 14, though limited in numbers, could again become a serious contender for major British and Commonwealth target-shooting honors.

10

By THOMAS E. WESSEL

Lee-Enfield Rifle No. 1, Mark III Parts Legend 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.

T

14. Safety spring 15. Safety spring screw Barrel 16. Back trigger guard Foresight blade screw Inner band 17. Stock bolt plate Inner band screw 18. Swivel screw (3) Backsight assembly 19. Butt swivel bracket Backsight protector 20. Swivel bracket Backsight protector screw screw (2) 21. Sling swivel (2) Fore-end collar 22. Stock bolt washer Protector nut 23. Stock bolt Action body 24. Stock bolt wad Safety catch (leather) Locking bolt 25. Magazine catch pin Safety catch washer 26. Retaining spring

he cal. .303 British Short Magazine LeeEnfield Rifle, Mark III was approved for the British Service on Jan. 26, 1907. It was an evolutionary development of the Short Magazine Lee-Enfield Rifle, Mark I, which was adopted on Dec. 23, 1902. The Mark III version is dimensionally similar to the earlier Mark I but is heavier. It weighs 8 lbs. l0½ ozs., as against 8 lbs. 2½ ozs. for the Mark I. (The weights given do not include the bayonet.) The Mark III is fitted with a magazine cutoff so that contents of the 10-shot detachable box magazine could be held in reserve while the rifle was used as a singleloader. The receiver or body is fitted with a bridge-type charger guide with slots sloped to the front so that the empty charger is automatically ejected from the charger guide as the bolt is closed. The U-notch rear sight is fully adjustable for windage and elevation. The front sight is of square-blade Patridge-type. An additional dial sight arrangement is provided for long-range firing. This is a carry-over from the Mark I. There were many changes made in establishing specifications for the Mark III rifle, and those interested in a detailed history of this and other British Lee-Enfield Service rifles are referred to the book entitled The LeeEnfield Rifle by Maj. E. G. B. Reynolds. In May 1926, British Service rifles were redesignated by number, and the Short Magazine Lee-Enfield Rifle, Mark III became the Rifle No. 1, Mark III.

27. Magazine catch 28. Retaining spring screw 29. Sear spring 30. Sear 31. Trigger pin 32. Trigger 33. Front trigger guard screw 34. Trigger guard 35. Magazine 36. Front trigger guard screw bushing 37. Buttplate trap 38. Buttplate trap pin 39. Buttplate screw (2)

40. Buttplate 41. Buttplate trap spring 42. Buttplate trap spring screw 43. Outer band 44. Fore-end stud spring 45. Fore-end stud 46. Back nose cap screw 47. Piling swivel 48. Nose cap 49. Nose cap nut 50. Front nose cap screw 51. Inner band screw spring

52. 53. 54. 55. 56. 57. 58. 59. 60. 61. 62. 63. 64. 65. 66. 67.

Ejector screw Striker screw Cocking piece Breechbolt Mainspring Striker Breechbolt head Extractor screw Extractor Extractor spring Cutoff Cutoff screw Buttstock Fore-end Rear handguard Front handguard

11 No. 4 Rifle Disassembly

1 Commence disassembly by first removing magazine (35) and then rotating breechbolt (55) counterclockwise and withdrawing rearward as far as it will go. Disengage breechbolt head (58) from retaining spring (26) by rotating it as shown. It will disengage with an audible click. Withdraw bolt from action body (10)

2 Disassemble breechbolt by removing striker screw (53), and then unscrewing breechbolt head from the other end of the breechbolt

3 To remove striker (57), it is necessary to have an Enfield bolt stripping wrench or improvise one as shown using a ⅜8" O.D. brass tube approximately 6" long. File 2 opposing keys or notches in one end of tube and affix wooden ball on other end to serve as handle. Drill through handle and tube with ⅛" drill and insert pin to prevent slippage. Insert tool into front end of breechbolt until notches engage corresponding notches in striker collar. Unscrew striker from cocking piece (54) maintaining steady inward pressure to prevent mainspring (56) from expelling striker when it becomes fully unscrewed from cocking piece

4 Remove back and front trigger guard screws (16 and 33, right and left arrows respectively). Lift away trigger guard (34). Remove back and front nose cap screws (46 and 50 respectively) and pull nose cap (48) forward off rifle. Remove inner band screw (4), and swivel screw (18) from outer band (43). Open and lift away outer band. Front handguard (67), foreend (65), and rear handguard (66) may now be removed in that order

5 Remove retaining spring screw (28, left arrow) and lift away retaining spring (26), sear (30), and sear spring (29). Drift out magazine catch pin (25, right arrow), remove magazine catch (27)

6 Should removal of buttstock (64) become necessary, open buttplate trap (37) and with a piece of bent wire fish out leather stock bolt wad (24). Insert long, square shanked screwdriver and engage slot in stock bolt (23). While applying downward pressure, place an appropriately sized open-end wrench against screwdriver shank and turn out stock bolt. A small quantity of penetrating oil may aid this operation as the bolts are often rusted in. Reassemble rifle in reverse ■

I want to remove the extractor spring from my British .303, No. 4 rifle so that I can clean inside the extractor slot on the bolt head. How is this spring removed from the rifle? Answer: Make sure that the rifle is unloaded, and remove the bolt. Them clamp the bolt in a padded vise and insert a drift punch of less than 0.04" diameter into the small hole in the sideward projection of the bolt head. Press the punch inward against the extractor spring and push the spring forward, out of the bolt head using a screwdriver. Hold a finger over the extractor slot while doing this to prevent loss of the spring. In reassembly, simply push the spring into the extractor slot until the small projection on the spring engages in its seat in the bolt head. These instructions also apply to the No. 1, rifle. — L.O.

Punch is inserted through the hole (a) in the bolt head. Extractor spring (b) is of V type.

LEE-ENFIELD BOLT TAKEDOWN Shooters examining the British .303 Lee-Enfield rifle soon find the bolt head can be unscrewed by hand from the bolt body, but remaining disassembly is not so easy. The Lee-Enfield firing pin is screwed into the cocking piece and is removed from the front. With the bolt head off, look into the front of the bolt and note the 2 notches on opposite sides of the firing pin shoulder, about 1" back from the point. These provide means for grasping the firing pin with the necessary tool, which is not hard to make. The picture shows the bolt of the No. 1 rifle, and that of the No. 4 rifle is practically identical. To disassemble, turn the cocking piece to the lower of the 2 notches in the bolt (this takes almost all compression off the firing pin spring). Remove the firing pin locking screw in the rear face of the cocking piece. Turn out the firing pin from the front, with the tool shown.—E.H.H.

12 Removing the firing pin from a .303 Lee-Enfield rifle bolt ordinarily requires a special tool. To remove pin with common tools, unscrew bolt head and remove lock screw (1) in cocking piece. Then pull cocking piece (2) back and turn it to right to lock it back. Hold cocking piece in wrench or vise, and unscrew firing pin with self-clamping pliers grasped at (3). In reassembling, push firing pin rearward against mainspring with ⅜" dowel which has hole drilled in end to clear firing pin tip.—W. Edward Hay For the necessary reinforcement of rear ends of Lee-Enfield sporter fore-ends I form a staple of ⅛" spring wire as shown and drive it into place. Inlet ⅛" to accommodate head of staple.—Thomas E. Sisson

Lee-Speed Rifle A British army rifle in my collection is marked Lee-Speed. The Speed marking seems appropriate for the Lee since it can be operated faster than most bolt-action rifles. However, I lack proof that the marking has reference to fast operation, and would appreciate information on the subject. Answer: The word "speed" is appropriate in connection with the Lee rifle, but has reference to a co-developer of the arm rather than rapidity of operation. Mr. Joseph Speed was the Assistant Manager (later, the manager) of the Royal Small Arms Factory at Enfield Lock in the 1880s, and developed the magazine cutoff, two-piece stock, and several other mechanical features of British Lee rifles. The Lee-Speed marking appeared on some early long Lee rifles, and especially on specimens intended for the commercial market. — L.O.

Mk IV SMLE Rifle In what way was the Mk IV British SMLE improved over the Mk III? The only differences 1 can see in these rifles are that the Mk IV has no marking disc on the stock, and its buttplate tang is longer than that of the Mk III. Answer: The Mk IV is not an improved SMLE, but simply an early long Lee rifle converted to conform to the pattern of the Mk III. Since it is a converted arm and the model following the Mk III, it is called Converted, Mk IV. The long buttplate tang and lack of a marking disc are characteristic of the long Lee rifles from which Mk IVs were converted. The buttplate tang was used for organizational markings and served the same purpose as a marking disc. — L.O.

Double F Marked SMLE I have a British Short Magazine Lee-Enfield rifle (SMLE) which is dated 1918 and was, according to its previous owner, issued in England after the Dunkirk evacuation. The buttstock is a replacement, and the original and still legible serial number has been struck through with a new number stamped above it. With the new number, on barrel and receiver ring, is a capital F superimposed on another capital F and enclosed in a circle. After considerable research, I can find no reference to the double-F-in-a-circle marking. Can you tell me its significance? Answer: When the Republic of Ireland organized its army in 1923, much of its equipment, including SMLE rifles, was obtained from England. When the rifles were received, the Irish placed their own identification mark on them and crossed out the original serial numbers, replacing them with new numbers. The mark of "FF" within a circle is the Republic of Ireland Army property mark. "F.F." signifies "Fianna Fail." "Fianna" is the name of an ancient military organization forming what then corresponded to the standing army of the country; "Fail" means "destiny." One of the ancient names of Ireland was "Innisfail" (The Isles of Destiny) and "Fianna Fail" thus signifies the "Fianna (or army) of Destiny," or it may be rendered as "The Fianna (or army) of Ireland." The above information was obtained from the Republic of Ireland Army. As the British Army lost much equipment at Dunkirk, rifles were obtained anywhere they could be found, and they probably got a lot of the older dated rifles from the Irish Army.—C.H.Y., Jr.

Compensation I have read that the .303 Lee-Enfield rifle is 'compensated', which improves the accuracy of the rifle at long range. What is this compensation? Answer: British long-range target shooters noticed many years ago that the .303 Mark III SMLE rifle and .303 Mark VII ammunition gave less vertical dispersion on 900-yd. and 1000-yd. targets than would be expected from the velocity variation of the ammunition. This was explained as due to the rifle delivering shots of above-normal muzzle velocity at a lower angle of departure than shots of low muzzle velocity (there is always some shot-to-shot variation in velocity). This unintentional 'compensation' in design of the rifle and its mating to the ammunition thus resulted advantageously in long-range shooting. This matter received a great deal of discussion among British Commonwealth shooters, and on adoption of the .303 No. 4 rifle, the Lee-Enfield which was standard during World War II, the subject was brought up again. Several experiments were made to establish the existence and actual amount of compensation, but they were not carried to a conclusive result. Information on compensation in the Mark III rifle was given in the British Textbook of Small Arms 1929, now out of print; and for the No. 4 rifle in the book The Lee-Enfield Rifle by Maj. E. G. B. Reynolds. Now it appears that such an effect may exist to some degree in many rifles. Shoulder rifles of usual configuration suffer bending by the stresses of discharge, and seldom deliver their bullets in the nearly invariable direction given by heavy test barrels in sliding mounts. Test of a large sample of U. S. M14 rifles showed that they gave this effect consistently and in a direction to improve their long-range vertical dispersion. On the other hand, if many models and types of rifles were investigated it might be found that some give it an unfavorable direction—that is, high-velocity rounds might be delivered at a higher angle of elevation than low-velocity rounds, with resulting very unfavorable effect on the shooting accuracy. Since no such broad investigation of the matter ever has been made, the proportion of favorable and unfavorable situations which exist is not known. The mechanism of this compensating (or mutually reinforcing) action of jump and drop is explained in detail in the article "Dispersion And Range" in the September 1962 issue of The American Rifleman. There are no further authoritative available references known. It might appear attractive to design a target rifle intentionally to provide variation. There has been no thorough attempt to do so for any nonmilitary weapon. It would be a considerable undertaking, and even if successful the desired action could be counted on only with exactly that design and construction of rifle and ammunition.—E.H.H.

13

.303 Rifle No. 5, Mk I — or "jungle carbine."

303 Jungle Carbine Can you identify the following military rifle? Its markings are: England 1/47 No. 5 Mk I (F) .303" 2.22" 18.5 tons Serial Number beginning with "Z" Some cartridges with it are .303 British. Answer: This is the Rifle No. 5, Mk I, a modified form of the Rifle No. 4 which was the British infantry rifle of World War II. The markings indicate the caliber, the length of the cartridge case, and the service pressure in long tons per square inch as measured by the British base crusher method. Ammunition was the standard .303 Ball Cartridge, Mk VII. The No. 5 had the same action as the No. 4, the final form of the Lee-Enfield, but the No. 5 was a shortened and lightened model intended for jungle use. The barrel was shortened to 18.75" and equipped with a bayonet stud and short conical flash hider, the fore-end was shortened and the front handguard removed, and the butt was equipped with a small recoil pad. The piece was commonly called the jungle carbine. It is reported to have been popular with the troops in that role despite a rather heavy recoil. By the end of 1944, 50,000 had been accepted for service. It was declared obsolete in July 1947. Thus only a limited number were produced and the rifle is comparatively scarce. One reason for its obsoletion was a troublesome defect, a "wandering zero" which made it difficult to keep the rifle correctly sighted. Much work was done in an effort to eliminate this problem but eventually it was concluded that the defect was an inherent one. — C.R.S.

Cord-Wrapped SMLE While stationed in England during World War II, I saw some British SMLE rifles with cord-wrapped forearms. There was wrapping around forearm and handguard just behind the nosecap and also between the lower band and the receiver. Only a few of the many SMLE rifles I observed were so wrapped, and I wonder why it was done. Answer: Wrapping of SMLE forearms with whipcord or copper wire was done to reinforce rifles for grenade launching. The practice was instituted in World War I as a means of using rifles that were badly worn and generally not repairable short of rebuilding. The original intent was that standard-issue rifles would be used for grenade launching in the field, and "strengthened" rifles would be used for training only, and not fired with Ball cartridges except in emergency. Rifles in this training category are marked "E.Y." on the barrel reinforce and on the stock. In Australian and Indian practice, rifles intended for front line service were routinely adapted for grenade launching by wrapping the fore-ends with wire or cord, and these rifles saw much use during World War II. Indian rifles, particularly, may be found with an additional reinforcement, a wood screw transverse through the fore-end just ahead of the front trigger guard screw. Some U.S. M1917 rifles in British use and Pattern 14 Enfield rifles were similarly wrapped, but with copper or galvanized steel wire instead of whipcord. Pistol grips as well as fore-ends of these latter Enfield rifles were wrapped, and steel reinforcement plates connected into the top and bottom of the pistol grip. — L.O.

Mark V SMLE In what way does the British Mk V Short Magazine Lee-Enfield differ from earlier models of the SMLE? This rifle is mentioned in the 1929 edition of the British Army's Textbook of Small Arms, but a detailed description, and illustrations, are lacking. Answer: The Mk V (officially the Rifle, Short, Magazine, Lee-Enfield Mark V) differs from preceding models of the SMLE in that it has an aperture rear sight and a reinforcing band at the rear of the nosecap. The sight is located at the rear of the receiver in similar fashion to that of the British Pattern 14 (No. 3) and U.S. Model 1917 Enfield rifles. The idea for the reinforcing band was apparently taken from the Norwegian Model 1912 Krag carbine, and this component facilitates recognition of the arm. The 1929 British Textbook of Small Arms describes this rifle as having a one-piece handguard, but the handguard of a specimen available for examination is of the two-piece type. Development of the Mk V was prompted by battle experience of World War I, and a relatively small number were produced in the 1920s for test purposes. It was superseded by the Mk VI SMLE, a limited-production model which was the direct forerunner of the Rifle No. 4, a principal shoulder arm of British forces during World War II. Due to the small number produced, the Mk V is one of the rarest of the SMLE rifles, and a choice collector's item. — L.O.

LEE-ENFIELD CARBINE Name: Lee-Enfield Carbine Model: Mark I Manufacturer: British Government Armory at Enfield Caliber & Cartridge: .303 British Barrel Length: 20¾" Overall Length: 39-5/16" Weight (Empty): 7 lbs. 7 ozs. Finish: Blued Magazine: 7-shot, removable box Stock: 3-piece plain wood Rifling: Enfield type, 5-groove, left-hand, 1 turn in 10". Bore Diameter: .303" Groove Diameter: .316" Sights: Fixed blade front with wing guards. V notch rear, adjustable elevation to 2,000 yds. with leather cover protector. Marking: Left-hand side of butt socket: Crown over V R ENFIELD 1896 L. E. C. I Remarks: This Lee-Enfield carbine was officially adopted by the British War Office in 1896, replacing the Lee-Metford carbine of 1894. The gun is similar to the Lee-Metford Mark II* Rifle and Lee-Enfield Mark I and Mark I* Rifles except for a shorter barrel, wood handguard, winged front sight, and the omission of the long-range rear sight. This carbine was issued especially for the use of cavalry units and was gradually replaced in the British Service after Dec. 23, 1902, the date marking the official approval of the Short Magazine Lee-Enfield Mark I Rifle. The latter weapon was a design for use of both cavalry and infantry.—H. P. White Laboratory.

14

THE NO. 4 RIFLE MARK 1 (T) Development and modifications of a British Service arm for snipers By MAJ. E. G. B. REYNOLDS

I

mmediately following World War I, the British War Office Small Arms Committee spent much time and thought on the question of a new rifle. There were differences of opinion as to whether the proposed new arm should have automatic loading, bolt-action with forward locking, or whether the Lee action should be retained. It was decided that there should be no reduction in caliber, as seemed likely before the war, and that an aperture rear sight would be used. It was also agreed that the standard of accuracy should be at least as good as that of the Pattern 14 rifle. Largely on the grounds of economy, efforts were devoted to designing a pattern to which the existing Service rifle, the Short Magazine Lee-Enfield, could be modified. Manufacturing difficulties in times of emergency had to be considered and it was eventually decided to design a new rifle on the S.M.L.E. pattern which would lend itself to mass production and would embody the new requirements. The ultimate result was the rifle known as the No. 1 Mark VI (Fig. 1). The best features, based on wartime experiences, of the No. 1 (S.M.L.E.) rifle were retained. Improvements included a stiffer, heavier barrel to give a high standard of accuracy suitable for sniping, a smaller and lighter nose-cap, and an exposed muzzle on which a bayonet could be fitted. An aperture rear sight embodying a fixed or battle sight for ranges up to 400 yds. was fitted. Receiver and bolt-head were made more compact and of cleaner design, to save weight and reduce the liability to catch clothing and equipment. Other small modifications were embodied, and a number of weapons were thoroughly tested by the Small Arms School at Hythe. Further modifications arose from these trials and, by 1926, six finalized No. 1 Mark VI rifles were ready for further testing. These were first shot for accuracy at the Small Arms Inspection Department, Enfield Lock, and a disturbing feature emerged.

Shot low with bayonet With bayonet fitted, the mean point of impact on the target came down by about 9 minutes, or about 18" at 200 yds. Service trials confirmed this result. The rifles also showed a tendency to string out their groups in the vertical plane, while keeping an extremely good lateral angle. The trouble was traced to the receiver of the rifle. This was strengthened, and accuracy immediately improved. Many methods of stocking-up were tried out and the one adopted (Fig. 2) was as follows: The fore-end fitted firmly at the rear, between the sear lugs and face of the receiver butt socket.

1 The No. 1 Mark VI rifle, developed following World War I. was never adopted for service, though the later No. 4 Mark I is nearly identical in appearance, except for the magazine cutoff. Prototype Mark VI rifles had plain fore-ends; troop trial rifles featured a cross-hatched grasping surface on the fore-end, forward of the receiver.

2 Conventional method of stocking the No. 4 rifle. Good bearings between the metal parts and fore-end are essential at (A) muzzle; (B) receiver reinforce; (C) receiver seating; and (D) the "draws" between sear and socket face. It is extremely important that the collar (shown below fore-end) is of correct length. If too long, the bearing at (C) will be too light. If the collar is too short, the wood work will be crushed when the trigger guard screw is tightened, and this will affect the reinforce and muzzle bearings. The trigger guard screw must be kept tight.

15 It seated on the receiver surfaces around the front trigger guard screw-hole and extended rearward along the narrow ledges on each side of the magazine opening for not less than 1½". The resistance of the receiver to the fore-end was equal on each side of the trigger guard screw. There was a clearance between barrel socket of receiver and stock fore-end on each side. There was a firm bearing on the barrel reinforce, extending the full length of the reinforce and about one-third of its radius in width. The bearing was in the center of the radial clearance of the fore-end, and the sides of the barrel were entirely clear of the wood. The barrel rested on the raised seating at muzzle end of the fore-end. The bearing extended the full length of this seating, with the barrel positioned centrally. The clearance on each side was not less than .02", and the lift required to raise the barrel from its seating was between 3 and 5 lbs. If the lift was below 3 lbs., the bearing at the reinforce was lowered slightly and the collar on the front trigger guard screw was shortened if necessary. If the lift was above 5 lbs., the bearing of the receiver seating was lowered, and the collar shortened the desired amount.

Barrel free of fore-end It was necessary for the barrel to be entirely free from influence of the fore-end except at the points specified, and the clearance was about .05". The hand-guards were also clear of the barrel by the same amount, except at the muzzle end, where the clearance could be less providing the barrel was free. In 1926, a new system of nomenclature was introduced in the British Service and the rifle became known as the No. 4 Mark I. Five years later 1000 rifles were manufactured at Enfield for troop trials. The following year more rifles were made and issued to units for trial. Reports were favorable and on Nov. 15, 1939, official approval for manufacture was announced. The No. 4 Mark I rifle was chambered for the cal. .303 British cartridge. It weighed 8 lbs. 13 ozs. without bayonet and its over-all length was 44½". The 25.2" barrel was rifled with 5 grooves with left twist of one turn in 10". Rifles of this pattern were made later with 2 and 6 groove barrels also. Stocks were made initially of walnut, but beech, birch, and maple (in Canada) were used in later production. Whereas rifle manufacture had previously been practically confined to the Royal Small Arms Factory at Enfield, and the B.S.A. Company at Birmingham, the outbreak of World War II found capacity at Enfield stretched to its limit in making Bren guns, cal. .38 revolvers, and other machine guns and accoutrements. New ordnance factories were built at Shirley (Birmingham), under the control of the B.S.A. Company, and at Maltby (Yorkshire) and Fazackerley (Lancashire). A number of the more senior employees from the Enfield staff were diverted to the new factories, but most of the workers, especially at Maltby and Fazackerley, were completely unskilled and included a large percentage of women. Throughout the war most of the accuracy testing was done by women. It was not surprising that some of the early production did not bear comparison with prewar rifles of Enfield manufacture. Meanwhile, arrangements were made in Canada and the U. S. for manufacture of the No. 4 rifle. Eventually nearly a million were made at Long Branch, near Toronto, and over a million by the Savage Arms Corp. in the U. S. The rifle was made to an alternative design of receiver and was designated the No. 4 rifle, Mark 1*. It differed from United Kingdom production in several respects. A slot was cut in the receiver ribway, through which the bolt-head was released for disassembly. Machining for the bolt-head catch was omitted. The bolt-head catch, and the spring and plate, were omitted. A new pattern bridge-piece was incorporated in the receiver to permit removal of the bolt. The magazine catch screw was replaced by a pin, and the sear pin was increased in length. Some rifles made in the United States were fitted with 6-groove barrels. On the outbreak of war the Pattern 14 Mark 1 (T) was the only sniping arm in the British Army, and the so-called "Phoney War" created an impression that sniping was no longer a requirement. As the war progressed, ideas changed and the need for new British sniping equipment became a very real one. Plans were made to equip No. 4 rifles for this purpose.

3 Methods of adjusting the No. 32 Telescope sight. Marks 1 and 2. The range (elevation) drum is inscribed with numerals 0 – 10, representing yards in hundreds, i.e., zero to 1000 yards. The deflection drum is inscribed 16, 12, 8, 4, 0, 4, 8, 12, 16. These drums are inscribed at (A). The "0" is the zero mark, and the numerals on either side represent minutes of angle. For sight setting, a small arrowhead is inscribed on the drum mountings at (B). When an adjustment is made to the drums, the clamping ring (C) is loosened by turning it in a counter-clockwise direction, at the same time the central pin (D) and the drum must be held firmly and not allowed to move. When the clamping ring is loosened, the drum can be moved until the required figure is exactly opposite the arrowhead on the drum mounting. The pin (D) must be firmly held while the drum is moved. Pin and drum must be firmly held when the clamping ring is tightened again. Mark 3. The range and deflection figures are inscribed on metal bands which fit around the drums at (A). Adjustments are made by merely inserting the point of a bullet in a small recess in the band and moving it to the required setting: at the same time holding the milled edge of the drum to prevent the drum from moving.

16 Prior to the war a telescopic sight had been developed for use on the Bren gun. This plan was discarded and, in March 1940, it was decided to use the sight, designated the No. 32, Mark 1, on the new sniper rifle. Compared with modern telescope sights, it was a rather cumbersome instrument. This is understandable considering the purpose for which it was designed. The sight was graduated from 0 to 1000 yds., and embodied vertical and lateral adjustment. (See Fig. 3.) It was adjustable for elevation in increments of 50 yds., achieved by turning the range drum in the required direction. In the drum was a clicker device, each click recording a movement of 2 minutes of angle. Lateral adjustment was effected by means of the deflection drum, which also embodied a 2-minute clicker device. The drums had milled edges for easy adjustment. The range drum was turned in a clockwise direction to raise the elevation. Errors to the right were corrected by turning the deflection drum clockwise. The magnification was 3X, and the field of view 9 degrees. As it embodied easy lateral adjustment, the sight was an improvement on the Pattern 1918 used on the Pattern 14 rifle, but the clicker plate was too widely spaced; finer adjustments than 2 minutes of angle were necessary for a sniper. The method of zeroing the sight was also unsatisfactory. It was too complicated, and required a special tool. Three operations had to be carried out at the same time and the adjustment required 2 men to perform it.

Introduced in early 1942 The No. 4 rifle Mark 1 (T) (in Fig. 4) was introduced as the new sniping equipment for the British Service on Feb. 12, 1942. The first rifles to be equipped were a number of pre-war Enfield manufacture, and the conversion was carried out at the Royal Small Arms Factory, where the rifles were carefully stocked-up and shot for accuracy. The conversion consisted of fitting 2 steel pads to the left of the receiver, and fitting a bracket for the telescope to the pads. The job required skill. Perfect fitting of bracket to pads was necessary to insure correct positioning of the telescope every time it was fitted to the rifle. This did give a certain amount of trouble in the Service, and eventually a procedure was laid down whereby, in fitting the bracket (with telescope) to the rifle, the final tightening to the maximum amount possible was always on the rear clamping screw. The rifle, with telescope fitted, was finally submitted to an accuracy test in which 7 out of 7 shots had to be within a 5" circle at 200 yds. When weather permitted, the rifles were also tested at 400 yds., when 6 out of 7 shots had to go inside a 10" circle. It was seldom necessary for equipment to be returned to the factory for adjustment. Each rifle was zeroed with the telescope, and also with the Mark 1 backsight, with which all sniper rifles were equipped.

Prewar stock exhausted The supply of pre-war rifles was soon exhausted and, as the first consignment of American manufacture which arrived at the Central Ordnance Depot at Weedon appeared to be of a higher standard than early United Kingdom production, a number were selected and sent to Enfield for conversion. These had 6-groove barrels, and all needed careful re-stocking. Meanwhile, B.S.A. at Shirley had overcome most of their teething troubles and were turning out an excellent rifle; and it was decided that only rifles from this factory should be earmarked for sniper conversion. With resources at Enfield taxed to the limit, the work of conversion was transferred to Holland & Holland, the old established London firm of gunsmiths. From Sept. 22, 1942, until the end of the war, this firm dealt with nearly 25,000 equipments and maintained a very high standard of conversion. The brackets were made by private manufacturers, with final machining operations carried out by Holland & Holland. The first issue of the new British sniping equipment was made in December 1941 to No. 3 Commando. Within the next 2 months over 150 equipments were dispatched to units, mostly in the Far Eastern theater of war. A number of them, owing to enemy action, never reached their destinations. An improved sight, the No. 32, Mark 2, was introduced on Apr. 23, 1943, in which the clicker plate was graduated in intervals of 1 minute of angle. The magnification was the same as the Mark 1 but the field of view was slightly less, i.e., 8 degrees 20 minutes. The new clicker plate enabled finer adjustments in sighting to be made, but the old zeroing adjustment problem remained. The answer to the zeroing problem was soon forthcoming, and took the form of thin metal bands, known as 'slipping skins', around the range and deflection drums. A new sight embodying this feature was introduced as the Mark 3 on Oct. 7, 1944. It was similar in other respects to the Mark 2, except that the field of view was increased to 8 degrees 30 minutes. The new sight was later made watertight and the lenses were coated to give them greater light-gathering power.

Equipment became popular The equipment now became very popular with British snipers and it was undoubtedly one of the most efficient in use in any army. At Enfield, comparative trials were carried out from time to time with captured enemy sniper rifles, and in every instance the No. 4 (T) proved the more accurate. In September 1945, two M1C American sniping rifles were tried out in comparative trials and, although recording a good standard of accuracy, were inferior to that of the British equipments. In maintenance of M.P.I, (mean point of impact), ease of aim, and manipulation of sight, the No. 4 (T) rifle also showed to advantage in comparison with the M1C. A trial was carried out by the Small Arms Inspection Dept. at Enfield in 1945 with the object of determining, if possible, the effect of the telescope on the angle of jump of the rifle. Twenty-six equipments which had passed their normal acceptance tests were taken at random from run-of-work and were fired at 200 yds. with, and without, telescopes. Without telescopes, the mean angle of jump was plus 8.95 minutes, and varied from plus 4.5 minutes to 12.5 minutes. With telescopes assembled the jump varied from minus 2 minutes to plus 4.75 minutes, the mean figure for the 26 rifles being plus 2.27 minutes. The telescope seemed to have a steadying effect, the rifles giving a mean decrease in jump of just over 6½ minutes. Whether the telescope improved the accuracy of the rifle was not established as no further trials took place but, throughout the war, the sniper equipment invariably passed its accuracy test well within the required acceptance limits.

17

4 The No. 4 rifle Mark I (T).

5 Center-bearing method of stocking the No. 4 rifle. An even bearing should be obtained at (A), between the center and rear lightening cuts. The bearing should extend for about 1½", and its center should be about 5" forward of the front end of the receiver seating (E). The bearing is obtained by building up the fore-end at this point by a wood insert glued in position. From the center bearing forward (F), the barrel must be entirely free of the fore-end. A clearance of at least .10" should be maintained. The bearings at (B), (C), and (D) are the same as in Fig. 2.

In 1952, a new method of stocking-up the No. 4 rifle emanated from India, and was suggested as a possible alternative for the sniper equipment. It was easy to achieve and had been found particularly effective in maintenance of zero over a long period. It embodied a new bearing between barrel and fore-end at a point about 5" forward of the reinforce. The normal receiver and reinforce bearings were maintained but the muzzle bearing was dispensed with. The step on the muzzle end of the fore-end was floated out and there was no contact between barrel and woodwork forward of the new bearing. The new bearing, later to become known as the center bearing, was obtained by a metal shim. The shim had retaining points which were pressed into the fore-end between the 2 lightening cuts. This, and several other forms of stocking-up, were tested in comparative trials at Enfield, but none showed any improvement on the normal sniper method. It was found difficult to retain the necessary bearing on the metal shim. Barrel vibrations drove the shim retaining points deeper into the wood, thus reducing the height of the shim and the rigidity and pressure of the bearing. Further experiments were carried out with a wood bearing in place of the metal shim and, although results were satisfactory, there was no definite improvement over the normal stocking-up. Although the center-bearing method was never adopted for the sniper rifle, it has since been approved by the British National Rifle Association as an alternative method of stocking-up the No. 4 rifle used by its members in competitive target shooting. (See Fig. 5.) It has steadily grown in favor and is probably the most popular form of stocking-up used now by Bisley marksmen. With either form of stocking-up, the No. 4 rifle, given good ammunition, is capable of consistent grouping inside 2 minutes of angle at any range from 200 to 1000 yds. Ample proof of this is regularly provided at the Bisley National Prize Meetings. Even better accuracy may be forthcoming when the conversion to the 7.62 mm. NATO round is finally established.

Surplus "Enfield" Warning The following notice came to us from the United Kingdom Liaison Office, Armament Research, Development and Engineering Center, Picatinny Arsenal, N.J. "1. In July 1987 a UK MOD ban was placed on the firing of ball rounds from .303 (cal.) No. 4 rifles in UK service as a result of two explosions which occurred in the chamber area of the weapons and resulted in burst barrels. "2. UK MOD investigations found that the barrel explosions were as a result of severe 'craze cracking' of the two barrels which were of indeterminate age and life. "3. UK MOD have initiated a study into why some barrels suffer craze cracking and others do not, but results of this are not expected to be complete for some time, and even then might not be conclusive. "4. Because, in peace-time, .303 No. 4 rifles are only used in Cadet units, it has been decided that it is not cost-effective to carry out detailed examinations of all barrels, particularly as the cadets are being issued with the new L98A1 Cadet GP Rifle. The firing ban will therefore remain in force. "5. Users of the No. 4 rifle worldwide, whether civilian or military, are strongly advised to have the weapons closely examined for signs of craze cracking and condemned accordingly. Thereafter, it is recommended that any barrels which have passed such inspection should be examined regularly for such signs and condemned if necessary."

18 Owners of the .303 No. 4 rifles should certainly heed the advice in the UK safety notice to have them "closely examined" before firing them again. The examination should be conducted, preferably with the aid of a good optical bore-scope, by an experienced gunsmith who is familiar with the signs of erosion in gun barrels. If there are any signs of roughness from erosion in the barrel immediately ahead of the chamber, or any other visible defects in the barrel or chamber walls, then the barrel should be regarded as suspect and the rifle should not he fired until it has been properly fitted with a new barrel.

Removing Lee-Enfield Stock I have obtained a spare buttstock to replace the damaged one on my .303 No. 1 Mk III Lee-Enfield rifle. But even with a large screwdriver I can't turn out the through stock bolt. It moves a trifle so I know it is not frozen, but I dare not force it any farther lest I damage something. What do I do now? Answer: Because of experience of butt-stocks loosening in early trials, No. 1 Lee-Enfield rifles for many years were provided with a positive lock for the stock bolt. This was accomplished by squaring the end of the stock bolt and making it long enough to protrude through the butt socket in the receiver, where it was held against turning by a keeper plate fitting in the rear of the fore-end. In assembly the buttstock was installed first, tightening the stock bolt to a final position with its end square with the receiver. Then the fore-end was installed, a square notch in the keeper plate fitting over the end of the stock bolt and securing it positively against turning. So to turn the stock bolt to remove the buttstock of these No. 1 rifles, you must first remove the foreend.—F.DEH. Square end of stock bolt (arrow) in No. 1 Lee-Enfield rifle is engaged by keeper plate in fore-end to prevent loosening.

Lee-Enfield .410 Shotgun I have purchased a gun advertised as an Enfield .410 shotgun made for use by British officers in India. I find that it will not chamber a .410 shell. Can you tell me what caliber it is? Answer: Enfield .410-bore shotguns, or more properly ".410 Muskets", were converted from World War I-vintage SMLE rifles that had been otherwise downgraded from normal service categories. The work was done at the Indian Rifle Factory at Ishapore from the 1920s until at least the start of World War II. The conversion consisted of smooth-boring the rifles' barrels to .410 - .412" diameter and filling the magazine well with a wooden plug, pinned in place and capped with a thin steel pressing to serve as a loading platform. SMLE .410 Muskets were intended for use by police or by military guards in urban areas where firing a regular .303-in. Ball cartridge might cause injury to innocent bystanders. Cartridges for the .410 Musket were made from .303 British cartridges, left un-necked, which accounts for the similarity in rim and case body dimensions between .410-bore shotshells and the correct cartridges. An un-necked .303 British cartridge is, however, approximately 0.3" shorter than even the shortest .410 shotshell, which accounts for the failure of factory .410 shotshells to chamber. — E.H.H.

Lee Headspace I heard that the bolt head of a British Lee-Enfield No. 4 rifle can be replaced by a longer or shorter one to correct improper headspace. Is this true? Answer: You heard correctly. Bolt heads of Lee-Enfield No. 4 and No. 5 rifles are available in four sizes that differ in length in 0.003" increments. No. 0 is the shortest bolt head, and No. 3, the longest. They are numbered for identification. It is more economical to replace the bolt head than the entire bolt, and this is an advantage of the two-piece bolt design. — L.O.

S.M.L.E. In reference to British service rifles, what does the abbreviation "S.M.L.E." mean? Answer: The abbreviation refers to the Rifle Short Magazine Lee-Enfield. The word "Short" indicates the rifle approved by Great Britain in December 1902, which had an overall length of 44.5". It was designed to replace longer rifles as well as carbines then used by British troops. The word "Magazine" is self-explanatory but was pertinent at the time of adoption as single-shot rifles of Martini type were in limited use along with magazine-fed rifles and carbines. The word "Lee" refers to James Paris Lee, the inventor of the action. The word "Enfield" indicates the type of rifling, which was somewhat deeper than the Metford rifling of previous British service rifles. — M.D.W.

19 No. 4 Rifles While attending the 1964 Canadian National Matches, I noted that some No. 4 boltaction rifles have 2 wood plugs in each side of the fore-end. These plugs are light-color wood, and are in that part of the fore-end which covers the sides of the action. What is their purpose? Why do some of these rifles have bayonet lugs on the barrels while others do not have them? Answer: In some No. 4 rifles, there is a slight lateral clearance between the receiver and fore-end. Where such clearance is present, it is possible for the receiver to shift sufficiently to upset the bedding. The plugs are dowels cemented into the fore-end, and they contact the receiver sides to prevent lateral shifting. They were installed by Canadian armorers in many No. 4 rifles used in the 1964 Canadian National Matches. The idea for the plugs is that of W.O.1 H. L. Keech, a vete ran armorer of the Canadian Army. No. 4 rifles without bayonet lugs are cal. 7.62 mm. NATO. They were rebarreled to this caliber by Canadian Arsenals, Ltd. No. 4 rifles with bayonet lugs are cal. .303. The lugs thus serve as a means of identifying caliber in Canadian rifles. The barrels in cal. 7.62 mm. NATO have 4 grooves with right twist.—L.O.

The plugs (arrows) prevent the receiver from shifting laterally.

Magazine Defect I am using military surplus .303 Mk VII Cartridges in my British No. 4 Lee-Enfield. However, this ammunition does not seem to feed reliably through the magazine, often jamming with the bullet nose against the back of the barrel. Is this the correct ammunition? If so what is the problem and how do I fix it? Would round-nose bullets work? Answer: The ammunition you are using is of the correct type for the No. 4 rifle. The problem is likely that the forward lips of the magazine are damaged or bent. Such a thing can happen if a magazine is dropped or otherwise mishandled. Begin by comparing the lips on your magazine with those on a magazine that feeds properly. If the lips on the defective magazine appear bent too far downward, bend them up, slightly, using a pair of pliers. Do this carefully, as only a small amount of bending is necessary. Check often to see if the magazine feeds properly. When it does, clean up any burrs or nicks using stones or a small file. No. 4 rifles were designed to feed pointed bullets such as were loaded in Mk VII ammunition. Roundnose bullets should feed equally well, however, provided the magazine is in good condition. — L.O.

Lee-Enfield Sight What is the purpose of the roller on the open rear sight of the British No. 1, Mk III rifle? Answer: The grooved roller, properly called the backsight, fine adjustment worm wheel, enabled the shooter to make elevation adjustments in increments smaller than those inscribed on the elevation leaf (25-yd. increments on the left side, 100-yd. on the right). Fitted in the right side of the elevation slide, the fine adjustment worm wheel engages screw thread notches on the right of the elevation leaf. The periphery of the wheel is divided into 10 longitudinal segments, or notches. Turning it one notch gives a 5-yd. adjustment for elevation. In this fashion turning the worm through five notches adjusts elevation by 25 yds., or one graduation on the left side of the leaf. Likewise, a complete turn gives a 50-yd, adjustment. The wheel can be turned with the thumbnail. By pressing in the slide catch on the left side of the elevation slide, the fine adjustment is released and the slide may be moved along the leaf with the thumb. This is done for large changes in elevation. — L.O.

The backsight fine adjustment worm wheel (arrow) is on the right side of the elevation slide.

Modified No. 4 Rifle The marking "No. 4 Mk. I*" on the left receiver wall of my British .303 No. 4 rifle has been lined through and above it has been marked "No. 4 Mk. I/3." Does the changed marking mean that this rifle was modified and. if so, what is the modification? Answer: Considerable trouble was experienced with No. 4 rifles in keeping the trigger pull weight constant. The trigger was pivoted on the trigger guard, and swelling and contraction of the fore-end acted on the guard. This, in turn, changed the relative position of the trigger and sear, and caused a the weight of pull to vary. The difficulty was overcome by a trigger modification introduced in 1949. A bracket was brazed to the receiver forward of the butt socket and the trigger was pivoted to this bracket instead of the trigger guard. A new trigger guard was fitted, and a new fore-end with a transverse reinforcing screw at the rear replaced the earlier fore-end. No. 4 rifles with the above modification were redesignated No. 4 Mk. I/2. The modified No. 4 Mk. I* rifle became the No. 4 Mk. I/3, and the No. 4 Mk. I(T) with telescopic sight became the No. 4 Mk. I/2(T). No. 4 rifles made following the introduction of this change have the trigger bracket integral with the receiver, and are designated No. 4 Mk. II —L.O.

British Long Range Sight I just bought a .303 British Enfield Rifle and would like to know what the arm peep is for on the forearm and receiver. There happens to be two of them. Answer: Those two pivoted arms on the left side of your British military rifle are long range musketry sights. They are found on Lee-Enfield rifles up to and including the No. 1, Mk III, and on the .303 caliber. Pattern 14 rifles that were made in this country by Remington, Winchester and Eddystone.

No. 4 Mk. I/3 rifle (at top) has the trigger pivoted to bracket on receiver. No. 4 Mk. I* rifle (below) has the trigger pivoted to the trigger guard.

20 At the time these sights were designed and put on the rifle they were intended to permit a platoon of infantrymen to place massed rifle fire on objectives that were too far away for individually aimed shots. This function has since been taken over by crew-served weapons such as machine guns, and long range musketry sights are obsolete. The English sights consist of an aperture on the left rear end of the receiver, close to the shooter's eye, and a foresight pivoted on a metallic plate about half way forward on the left side of the stock. Both sights fold down when not in use. When it is desired to use the long range sights the rear arm containing the aperture is folded up into a standing position and the foresight is rotated until the pointer indicates the desired range shown by graduations on the plate to which it is pivoted. These graduations run from 1600 to 2800 yds on some models and from 1600 to 2600 yds. on other models If such long ranges were attempted with an ordinary rear sight the sight would be high and the eye would be so far above the receiver that the buttstock would be down off the shoulder. The advantage of the British long range sights is that line of sight is lowered so as to avoid craning the neck or bringing the butt below the shoulder at longer ranges. As indicated in the accompanying illustration, the rear aperture remains at a fixed height and changes in elevation are made by moving the front sight. — J.S.H.

21

LEE-ENFIELD No. 4 RIFLE By EDWARD J. HOFFSCHMIDT 1. Striker screw 2. Cocking piece 3. Breechbolt (stripped) 4. Mainspring 5. Striker 6. Breechbolt head 7. Extractor 8. Extractor screw 9. Extractor spring 10. Bolt (assembled) 11. Locking bolt screw 12. Locking bolt spring 13. Locking bolt 14. Safety catch 15. Rear guard screw 16. Magazine catch screw 17. Ejector screw 18. Mk. Ill rear sight 19. Spacer 20. Rear sight hinge pin 21. Sight detent plunger 22. Detent spring 23. Hinge pin lock pin 24. Bolt release stop 25. Bolt release 26. Bolt release spring

Parts Legend 27. Sear hinge pin 28. Magazine catch 29. Sear spring 30. Sear 31. Body, No. 4 Mk. I (receiver) 32. Trigger 33. Trigger pin 34. Trigger guard 35. Magazine 36. Front guard screw 37. Guard screw lock washer 38. Fore-end 39. Handguard, front 40. Swivel band 41. Swivel band screw 42. Sling swivel 43. Upper band screw 44. Upper band 45. Handguard, rear 46. Foresight protector screw 47. Foresight protector (Mk. II) 48. Stock bolt 49. Stock bolt lock washer 50. Buttplate 51. Buttplate screw (2) 52. Lower band

F

ew weapons in history can match the long and illustrious story of the British bolt-action Lee-Enfield rifles. The original Lee-Metford rifle, adopted in 1888, was based on the design of an American gun designer named James Paris Lee. The Lee-Metford went through a bewildering maze of marks and models until it emerged in World War I as the SMLE Mk. III*.

Nomenclature changed As a result of service in World War I the shortcomings of the Mk. III* were recognized and, in the 1920's, the SMLE Mk. VI was designed to replace it. The British changed their system of rifle nomenclature and the SMLE Mk. VI became known as Rifle No. 4 Mk. I. The Rifle No. 4 Mk. I features an aperture rear sight, a heavier barrel, a simplified stock, and an improved boltretaining system. As World War II progressed, the Rifle No. 4 Mk. I was further simplified by eliminating the separate bolt release. The simplified gun is known as the Rifle No. 4 Mk. I*. Since England's small arms production was greatly strained by wartime demands, the Stevens Arms Co., division of Savage Arms Corp., Chicopee Falls, Mass., manufactured the No. 4 rifle under the Lend Lease Act. These rifles are the ones that are found with the marking "U. S. property".

Variety of finishes Like other military rifles, the No. 4 rifle will be found in a variety of finishes, ranging from the usually finely made Canadian Long Branch Arsenal guns to the cruder Lee-Enfield’s turned out in England right after Dunkirk. A modified No. 4 rifle, shortened and lightened for jungle fighting, was designated Rifle No. 5 Mk. I. It has exactly the same mechanism as the No. 4 but is far handier. The Rifle No. 4 Mk. I (T), designed for sniping, was fitted with a cheekpiece and the No. 32 telescope sight.

22 In an effort to improve the trigger arrangement, the Rifles No. 4 Mk. I/2 and Mk. I/3 had the trigger pivoted to the body (receiver) instead of to the trigger guard. From a military point of view the Lee design was superior to many of its bolt-action contemporaries. It has a 10-shot magazine and a 20% shorter bolt stroke than the Mauser or Mannlicher, plus about 20% less bolt rotation. These features, combined with a smoothly working bolt, make the Lee-Enfield excellent for rapid-fire. From another point of view, the Lee-Enfield has a few drawbacks. First, the rear locking arrangement is not quite so favorable for accuracy as the front locking type. Second, the 2-piece stock adversely affects accuracy. Last but not least the .303 British cartridge is rimmed, making feeding critical although it simplifies the headspace problem. These shortcomings, whether real or imaginary, cannot detract from the Lee-Enfield's enviable reputation for reliability and rapidity of fire.

1 There are 2 types of bolt release in No. 4 rifles. To operate the type in the No. 4 Mk. I rifle, the rear sight (18) is lifted first and then the bolt release (25) is depressed. Pull the bolt all the way back and release the bolt release. Rotate breechbolt head (6) up in line with rib on bolt and pull it free of gun

2 The bolt release in the No. 4 Mk. I* rifle is far simpler and eliminates 3 parts. Simply open the bolt and ease it back until breechbolt head rides out of its guide groove into the milled-away portion ½" back from the end of the receiver ring. Rotate the breechbolt head upward and pull the bolt free of the gun. Flip up the rear sight if necessary

3 To remove striker (5), unscrew breechbolt head and striker screw (1) in cocking piece (2). Unscrew striker with a simple tool made for the purpose as shown (do not attempt to remove striker with pliers). This tool engages in the notches on striker shoulder. Striker can only be removed from front of bolt

4 The locking bolt (13) has a multiple thread to move the safety catch (14) in and out of engagement. To operate properly, the pieces must line up when tightened together as shown in insert. To align the pieces, be sure flat on safety catch is roughly parallel to flat on locking bolt pin before engaging threads

5 To remove buttstock, clamp rifle in padded vise, open trap in buttplate (50), remove felt wad, and unscrew stock bolt (48) with long screwdriver

6 To remove magazine follower and spring, push rear of follower down far enough for the front end to clear tab-like projections on the magazine, then ease out follower and spring ■

U.S.-Made No. 4 Rifles I have a cal. .303 No. 4 British Service rifle which is marked "U. S. Property" on the left side of the receiver. It also has the following marks "S No. 4 Mk I*". I have been told that this gun was made by Savage Arms Corp. Is there any truth in this? Answer: Yes, you have been correctly informed. During World War II, Savage Arms Corp. turned out about a million and a quarter cal. .303 No. 4 rifles. The first 200,000 were made on a direct order for the British, and were not U. S. property. The remaining million or more were made on orders from our government, and furnished on lease-lend. These have the markings described by Marking on U. S.-made No. 4 rifle you, as well as the flaming bomb ordnance inspection stamp. The earlier guns produced had the original Enfield ladder-type adjustable rear sight, and the Enfield-type bolt release at the back of the bolthead raceway. Sometime during the production of the guns for the U. S. account, the ladder-type rear sight was abandoned in favor of a 2-height tip-over peep sight. About the middle of that contract, one of the Savage engineers suggested simplifying the bolt release by doing away with the bolt locking slide at the rear of the bolthead raceway and. instead, cutting a clearance about ½" behind the front receiver ring. If the bolthead was stopped at this point, it could be rotated upward and the bolt removed from the rifle.—J.S.H.

Six-Groove No. 4 Rifle I recently saw a .303, No. 4 Mk I* rifle with a six-groove barrel. It had right-hand twist rifling. This rifle is marked "Long Branch 1950". Where was it made? Is this rifle more accurate than No. 4 rifles which have two- or five-groove barrels? Answer: The rifle is Canadian, and was made in 1950 at the Long Branch Arsenal. According to veteran armorer, WO1 H.L. Keech of the Canadian Army, there was a number of six-groove rifles made at Long Branch in the 1950s. Bren light machine gun barrels with six grooves were produced at the same time as the No. 4 rifles, and using the same type of rifling helped standardize manufacture. The six-groove rifle barrel is designated "C Mk. 4". Many Canadian target shooters believe that the six-groove barrels are slightly more accurate than five-groove or two-groove. A number of .303 No. 4 rifles with six-groove barrels was produced in the U.S. during World War II by Stevens Arms Div., of Savage Arms Corp. These rifles were made for Lend-Lease, and are marked "U.S. Property". — L.O.

23

TARGET ACCURACY WITH THE NO. 4 RIFLE By E. G. B. REYNOLDS

T

he British Short Magazine Lee-Enfield (SMLE), or No. 1 Rifle, possesses a reputation for serviceability but not for target accuracy. During World War II, the No. 4 Rifle, its successor, soon established itself in both respects; its greater accuracy being due to a heavier barrel, stronger receiver, and better sights. It became popular after the war, when Bisley Fig. 1: Stock of No. 4 Rifle, showing points at which it is bedded. gunsmiths learned how to adjust it properly. Correctly bedded, a No. 4 Rifle is capable of consistent grouping inside 2 minutes of angle at ranges from 200 to 1000 yds., and is far less likely to lose its zero than its predecessor. At 200 to 500 yds., where wind is less of a problem, large numbers of possible scores are regularly recorded at the Bisley National Matches. The bullseye at most ranges subtends slightly less than 2½ minutes of angle. To attain a high standard of consistent accuracy, the No. 4 Rifle must be bedded to one of 2 methods (called muzzle-bearing and center-bearing) found to give the best results. Fig. 1 shows the common points at which the No. 4 Rifle is bedded for the 2 methods: 1. At (a) between the sear lugs and receiver butt socket. Fig. 2: Positions of trigger (a), sear (b), and bent (c). 2. At (b) on receiver around front triggerguard screw hole and along narrow ledge on sides of magazine opening, extending for not less than 1½" in rear of trigger-guard screw hole. Bearing should be even throughout, and fore-end should be clear on either side of barrel socket, i.e., immediately in rear of reinforce. 3. At (c), extending the full length of the reinforce, approximately one-third its width, and in the center. (Depth of trigger-guard screw collar should be such that guard is tightened against face of collar and also stock. It is better to dispense with collar than to have one that is too long.) In addition to these bearings, the muzzle-bearing method has a bearing at (d) which extends the full length of the raised seating. With the barrel centered in the seating, maintain a clearance of not less than .02" between the barrel and either side of fore-end. A lift of Fig. 3: Loosened band screw can cause front handguard (arrow) to 3 to 5 lbs. is required to raise barrel from seating. The barrel must work forward and foul front sight protector. otherwise be free from influence of the fore-end. If lift is less than 3 lbs., lower reinforce bearing (c) and shorten trigger-guard screw collar if necessary. If lift is more than 5 lbs., lower receiver bearing (b) and shorten trigger-guard screw collar. The center-bearing method, favored by Bisley marksmen, is easier to achieve. It requires a bearing at (e) between center and rear lightening cuts in fore-end, approximately 5" forward of receiver. Build up fore-end at this point with either l½" metal shim or wood insert glued in position. Plastic wood may be used. From this bearing forward, maintain a clearance of about .1" between barrel and fore-end. Also necessary for accurate shooting is a clean, definite pull-off, devoid of creep or drag. It should not be heavier than 5½ lbs. nor lighter than 5 lbs. If less than 5 lbs. it is liable to release completely on the first pressure. Fig. 2 shows the relative positions of trigger (a), sear (b), and bent (c) on the first and second pressures. To reduce pull-off weight, increase, with an oilstone, the angle made with the vertical by the face of the bent. Reduce the angle to increase pull-off weight. If the sear is drawn off the bent by the first pressure, reduce the height of the lower nib (d) with oilstone or emery cloth until sear assumes correct position as shown at (c). Take care to maintain its shape. If the first pressure is too short, reduce the height of the upper nib (e).

24 Match quality rear sight A match-quality micrometer aperture rear sight giving at least ½-minute click adjustments for elevation and windage, and an undercut blade front sight of about .06" to .08" width—the wider blade for older eyes—are necessary for target shooting. British-made target rear sights are graduated in S.R.(b), or Service Rifle Class B, minutes of angle which are not true minutes. An S.R.(b) minute gives a movement on the target of 1.2" per 100 yds. of range whereas a true minute gives a movement of 1.047". The difference is small, but is significant at long ranges. For instance, a 10-minute allowance at 1000 yds. for a crosswind blowing at about 8 miles per hour, would move the M.P.I, (mean point of impact) about 8¾ ft.; a rear sight graduated in S.R.(b) minutes would move the M.P.I. 10 ft. The following are a few suggestions which should help maintain accuracy: 1. Test screws regularly for tightness, especially the front trigger guard screw which provides the main anchorage of receiver to barrel. 2. Keep upper and lower band screws tight. If these become loose as shown in Fig. 3, the front handguard (arrow) may gradually work forward and foul the front sight protector. This easily overlooked condition will cause displacement of zero. Groups will spread but will follow no definite pattern. 3. A loose buttstock may cause the shots to spread laterally. 4. A loose cocking piece will cause an irregular pull-off. 5. The effect of firing with wet cartridges or with a wet chamber is considerable, and is much the same as firing with oiled cartridges. When a wet cartridge is fired, the expanding case does not grip the inner walls of the chamber and the backward thrust on the bolt head is increased. This excessive pressure on the receiver upsets barrel vibrations to the extent that the angle of jump increases about 3 to 5 minutes and possibly more. This is due to the rear-locking Lee-Enfield action. ■

BSA-Enfield Rifle I have been corresponding with a hunter who wants to sell his BSA-Enfield sporting rifle. He claims that this rifle is chambered for the 7.9 mm Mauser cartridge, but I have never heard of an Enfield in this caliber. Do you think he is correct? Answer: The hunter is correct. The BSA firm in England produced Enfield sporting rifles in Cal. 7.9 mm BSA-Enfield rifle in cal. 7.9 mm Mauser. Illustration from a 1935 Parker-Hale catalog. Mauser between the World Wars. These were made by using modified Pattern 14 Enfield (not Lee-Enfield) military rifle actions and stocks, and fitting them with new barrels. The 24.5" barrels were equipped with sporting-type, open sights. The reason for chambering this rifle to fire the 7.9 mm (8x57) Mauser cartridge was that this round was universally popular and obtainable in most parts of the world. Some British hunters were particularly fond of this cartridge, and used it extensively in Africa on medium-sized game. A second reason for the 7.9 mm Mauser chambering was that use of the .303 British cartridges in India for sporting purposes was prohibited. Another chambering for this rifle was 9.5 mm (9.5x57) Mannlicher-Schoenauer. This round, also known by the British as the .375 Rimless NitroExpress, was popular in Africa for big game hunting. BSA sporting rifles with Pattern 14 actions were also offered in two high-performance proprietary calibers: .26 Belted Rimless Nitro-Express (BSA), and .33 Belted Rimless Nitro-Express (BSA). Rifles chambered for these proprietary cartridges features a new sporting stock and an aperture sight on the receiver bridge. A folding-leaf type open rear sight on the barrel was also provided. — L.O.

Lee-Enfield .22 Rifle I have a British Lee-Enfield rifle adapted to the .22 Long Rifle cartridge. This rifle has the .303 magazine, but with the follower and spring missing. The left side of the magazine is marked ".22", and one of the markings on the receiver is "IV*". Is this rifle a single-shot or a repeater? Is it a service model? Please identify it. Answer: You have the British No. 2, Mk IV* rifle (earlier designation .22-in. R.F. Short Rifle Mark IV) which was used by the British Service for recruit training and low-cost target practice. It was a conversion from the cal. .303-in. SMLE (Short Magazine Lee-Enfield) Mk III and Mk III* rifles, the conversion consisting of rebarreling to .22, fitting a bolt head with an offset striker, replacing the firing pin with a shorter one, and removing the spring and follower from the .303 magazine. The magazine box is a receptacle for fired cartridge cases, which fall into it from the face of the bolt head as the bolt is moved rearward. No ejector is provided. The rifle is a single-shot and cannot be readily changed to a repeater because of the bolt head design and lack of an ejector. According to the excellent book, The Lee-Enfield Rifle, by British Major E.G.B. Reynolds, this rifle was adopted by the British Service in 1921 and was used for many years. In 1950, the British Service adopted the Cal. .22, Rifle No. 8, Mk I, for training purposes, and during the past several years, many No. 2, Mk IV* rifles were sold at low cost in the U.S. While the No. 2, Mk IV* is not a valuable collector's item, it is interesting and suitable for informal target shooting. — L.O.

Lee-Enfield Stocks My British .303 Lee-Enfield rifle has a buttstock which is too short for me. Is a longer stock for this rifle available, or would you suggest that I fit a thick recoil pad to obtain the proper length? Answer: Buttstocks for Lee-Enfield rifles were made in four lengths, and evidently you have one of the shorter ones. Length of pull (distance from the center of the buttplate to the center of the trigger) is about 13.25" with the standard-length Lee-Enfield buttstock. Buttstocks ½" shorter and ½" longer than standard are available. These are marked "S" and "L" respectively, on top of the buttstock just forward of the buttplate. There is also a Bantam-length Lee-Enfield buttstock for soldiers of extremely small stature. Bantam length buttstocks are marked "B", and are one full inch shorter than standard. Lee-Enfield buttstocks of varying lengths may be available from surplus arms dealers who sell spare parts. You could also fit a thick recoil pad, as you mention, or purchase a sporting buttstock from Reinhart Fajen or E.C. Bishop & Sons, both located in Warsaw, Mo. The service buttstock can be easily removed by using a long screwdriver to turn out the stock bolt. The stockbolt is accessible after opening the trap in the buttplate and removing the fiber wad on top of the stock bolt. The stock bolt of the Lee-Enfield No. 1 rifle is square at the front and engages a keeper plate in the fore-end. It is therefore necessary to remove the fore-end before the stock bolt can be turned. This is not necessary with the No. 4 rifle. If a recoil pad is fitted, use screws instead of adhesive to fasten the pad to the stock so that the pad can be removed if tightening the stock bolt should become necessary. — L.O.

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A Target Rifle For The British Army L39A1 satisfies both the ammunition and accuracy requirement By E. G. B. REYNOLDS

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ince target shooting became an approved sport in the British Army in 1969, there has been a considerable Service interest in competitive shooting. The British Service arm, the 7.62 mm. Self-loading Rifle, being unsuitable for serious competitive shooting under British National Rifle Association rules, there arose a requirement in the armed forces for an accurate target rifle firing 7.62 mm. NATO ammunition. This requirement has now been satisfied by the introduction of the L39A1, which is a conversion from the .303" No. 4 Rifle, Marks ½ and 2, to 7.62 mm. These forms of the No. 4 were chosen for conversion because they have the trigger mounted on the body (receiver) and not on the trigger-guard, as in earlier Marks of this rifle. Due largely to woodwork influence, the trigger-guard mounting does not ensure a consistent pull-off. The conversion consists of fitting a heavy 7.62 mm. barrel manufactured by the Enfield Royal Small Arms Factory, modifying the body and extractor to accommodate the 7.62 mm. cartridge, and restyling the woodwork. Fitted with commercial pattern match sights to suit target shooting requirements, this new member of the Enfield family of rifles is capable of a high standard of accuracy and can hold its own against the much more expensive purpose-built target rifles now in use in British target shooting. Already a pool of 200 rifles is available for issue free on loan to units from Ordnance store. The barrel, which protrudes from the stock fore-end for 15 inches, is not machined in the conventional way, the rifling being formed by cold swaging over a suitable former. The bore is not lapped after manufacture, but the appearance is identical to a machined barrel. The fore-end is the No. 4 Rifle fore-end shortened to within about half an inch of the lower band. The butt is the same as that of the No. 4 Rifle, except that a recess is machined under the knuckle to hold spare foresight elements in a suitable container. The handguard is a modified form of that on the No. 8 .22 Rifle. Magazines which function with the 7.62 mm. cartridge are available, but as only single loading is permitted under British National Rifle Association rules, the original .303 magazines are retained in these target rifles and permit only single round loading. The principal requirements in stocking up are that the fore-end should seat firmly in the following places: 1. On the body (receiver) at its rear end, between the sear lugs and the face of the butt socket. 2. On the body at its front end around the front trigger-guard screw. The seating should extend uniformly rearward on each side of the magazine opening. 3. The full length of the barrel reinforce. The bearing should be central, and the sides of the fore-end clear of the barrel. A minimum clearance of 0.045 inch should be maintained around the barrel at the front end of the fore-end and handguard. From the reinforce forward, the barrel should be clear of the woodwork. There are four sizes of bolt-heads available, marked 0, 1, 2, and 3 (the longest), for ensuring correct headspace. Specifications, L39A1 Rifle Caliber ......................................... 7.62 mm. NATO Length (with normal butt) ........... 46.5 inches Weight ......................................... 9.75 lbs. Length of barrel. .......................... 27.5 inches Number of rifling grooves ........... 4 Depth of grooves ......................... 0.004 inch Width of grooves ......................... 0.170-0.175 inch Twist of rifling ............................ Right hand, one turn in 12 inches The new L39A1 thus fills in a simplified way the same role as the new Enfield Envoy (see "BNRA Picks New Enfield For Palma", The American Rifleman, Apr., 1970, p. 8). The Envoy, also produced by the Enfield Royal Small Arms Factory, differs in being fitted with a 7.62 mm. magazine for full 7.62 mm. operation, a special buttstock dimensioned according to current preferences for match shooting, and match sights already installed. The Envoy was used by the three teams (British, Canadian, and U. S.) in last year's Palma Match, fired at Bisley with excellent scores. ■

7.62 mm. L39A1 rifle adopted for target shooting by the British Army.

L39A1 rifle is converted from .303 No. 4 Mks. ½ and 2, by rebarreling for 7.62 mm. NATO, shortening fore-end and handguard, and installing commercial match-type sights.

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.303 BRITISH The .303 British cartridge was adopted by Great Britain in 1888. In the countries of the former British Empire, the .303 British cartridge achieved popularity comparable to that of the .30-06 in the United States. Originally loaded with a compressed blackpowder charge and a 215-grain jacketed round-nose bullet, the cartridge was converted in 1892 to a smokeless load using the famous British cordite propellant. The round-nose 215-grain bullet was replaced by a 174-grain pointed bullet in the general-purpose military round about 1914, and this load continued in use until the cartridge became obsolete with the adoption of the 7.62mm NATO cartridge by British forces in the 1960's. A great variety of special-purpose military loads was also used, including one containing a pointed boattail bullet and single-base smokeless powder similar to the Du Pont I MR types. This cartridge, called the Mark VIIIZ, was intended especially for machine guns, in which the boattail bullet provided improved long-range effectiveness, and the single-base powder produced less erosion than did the British cordite in the machinegun barrels. The working chamber pressure of the .303 British cartridge is about 45,000 c.u.p., in equivalent U.S. units, and it therefore produces more energy than the contemporary .30-40 Krag which is limited to about 40,000 c.u.p. Jacketed bullets for the .303 British should be of .311 to .312 of an inch in diameter. The maximum product average chamber pressure for the .303 British cartridge, as loaded for sporting use by U.S. manufacturers, should not exceed 48,200 c.u.p. Max. Case Length: 2.222" Trim-To Length: 2.212" Max. Overall Length: 3.075" Primer Size: Large Rifle Bullet Dia.: 311" RIFLE LOADS FOR THE .303 BRITISH LOAD NUMBER 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

WEIGHT 100 150 150 150 150 150 150 150 150 150 174 174 174 180 180 180 180 180 180

BULLET BRAND SHAPE TYPE SPR RNN SP SPR PTD SP HDY SPP SP HDY SPP SP SRA HDY SPR HDY SPR HDY HDY HDY SPR SRA

PTD SPP PTD SPP PTD RNN RNN RNN RNN PTD

SP SP SP SP SP SP SP SP SP SH

SPR SPR

RNN RNN

SP SP

POWDER WEIGHT BRAND TYPE 44.0 IMR 3031 31.0 HER RE7 44.0 IMR 3031 41.8 HOD BLC2 45.5 ACC 2230 48.5 IMR 4320 45.6 HOD H380 45.0 HER RE12 50.0 WIN 760 50.0 IMR 4350 43.1 HOD H380 47.2 WIN 760 46.5 IMR 4350 30.0 HER RE7 42.0 IMR 3031 40.0 ACC 2230 40.0 HER RE12 47.0 IMR 4831 46.0 ACC 3100

VELOCITY FPS 2933 2400 2787 2600 2620 2808 2600 2700 2600 2584 2400 2400 2400 2050 2533 2300 2340 2421 2350

PRESSURE CUP 41,200 44,900

43,830 42,900

39,600 44,220 42,600

CASE BRAND CIL WIN REM REM REM REM REM WIN REM CIL REM REM REM WIN REM REM WIN CIL REM

PRIMER BRAND TYPE CCI 200 WIN WLR WIN WLR FED 210 CCI 200 WIN WLR FED 210 WIN WLR FED 210 CCI 200 FED 210 FED 210 FED 210 WIN WLR WIN WLR CCI 200 WIN WLR CCI 200 CCI 200

CARTRIDGE OAL 2.935 2.840 3.035 2.945 3.035 2.935 3.035 2.975 2.975 2.975 2.940 3.075 2.940

BARREL LENGTH 25 24 26 25½ 24 26 25½ 24 25½ 25 25½ 25½ 25½ 24 26 24 24 25 24

SOURCE SPR HER NRA HDY ACC NRA HDY HER HDY SPR HDY HDY HDY HER NRA ACC HER SPR ACC

Abbreviations: ACC - Accurate Arms Co.; CIL - Canadian Industries, Ltd.; HDY - Hornady Manufacturing Co.; HER - Hercules Inc.; HOD - Hodgdon Powder Co.; IMR - IMR Powder Co.; PTD - Pointed; RNN - Round nose; SP - Soft point; SPP - Spire Point; SPR Speer; SRA - Sierra Bullets