The Short Magazine Lee-Enfield Rifle ( S.M.L.E.)

For the uninitiated, it should be mentioned that the terminology officially used for this rifle is rather ambiguous. It could easily be understood that the rifle has been designed with a 'short magazine' when, in fact, it is the rifle that is short rather than the magazine.

* Of the major modifications, from the Long rifle to the Short, at least three required patents, namely the safety catch, the barrel ring and the rear-sight, the latter illustrated above. These consecutive patents were applied for in 1902, on behalf of the Enfield factory, by Messrs. Watkin and Speed.

6743. Watkin, H. S. S., and Speed, J. J. March 23.

Sights.—Relates to back sights, in which the leaf is gradually elevated for range by a slide which travels down the leaf and along the top of a curved bed. Fig. 1 shows a side elevation, and Fig. 2 a plan. The leaf h is hinged at i, and consists of a graduated bar having teeth along its edges to engage with spring catches on the slide m, which rests on the top surfaces of the curved bars d. The leaf bar h is graduated for hundreds of yards range, the necessary ad¬justments for intermediate ranges being effected by the screw v1 which moves the notched bar f on the bar h.

 

 

6744. Watkin, H. S. S., and Speed, J. J. March 23.

Barrels ; stocks.—Relates to means for attaching the barrel to the stock, and consists in the employ¬ment of rings a, Figs. 1, 2, passing over the barrel and hiving flats e to grip the barrel as soon as the rings are drawn towards the stock by the spring-supported screws d.
Breech actions, sliding breech-block.—Relates to safety devices for bolt guns. Fig. 3 shows the gun in elevation, Fig. 4 the breech-bolt and hammer detached, Figs. 5, 6, the hammer safety,

 

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After the design had been finalised, trials completed, the rifle officially adopted and the initial production commenced of the first batch of rifles, a bronze casting was made in miniature and a number of these were presented to key members of the design and production teams.

An example of the cased award is shown below, followed by a rotational image of the rifle itself.

 

 

The next image can be rotated and zoomed, either as initially loaded or full-screen for higher definition.

 

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In 1905, C.B.Fry wrote in his famous sporting and social magazine of the "New" rifle being introduced.

Click the image below for a searchable flip-page facsimile of the article

 

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The cross-sectional drawing below is of the 1907 Mark III rifle.

 

Below: A Birmingham Small Arms Company drawing of their "GreatWar" ( 1914-18) No.I Mk.III S.M.L.E.

This rifle was approved and entered into the List of Changes on 26th. January 1907

The S.M.L.E. became the Rifle No.1, in its various marks, subsequent to the introduction of a new system of nomenclature, in May 1926, in which succeeding rifle designs were designated by number.

And a photograph taken at that time of the component parts

with, for the definitive component nomenclature, the associated numbered parts list below

 

To view the complete Small Arms drawings (S.A.I.D.)

for the No.1 Mk.III, III* and No.2 rifles

and components

click on either of the next two images.

 

 

An alternative parts diagram and notated list from the 1915 Hythe Musketry Course manual with, below that, the stripping and re-assembly instructions from the same manual.

By way of comparison, we illustrate the parts diagram and listing of the preceding "Long Lee-Enfield" -

more properly notated as the C.L.M.L.E. or Rifle, Charger Loading, Magazine, Lee-Enfield.

The 'charger loading' refers to the "loading-bridge" later added to the rear of the action of the original Lee-Enfield Magazine Rifle shown at the head of this article, which weapon could not be clip-loaded. A vertically machined T-slot in the bridge of the modified rifle - as above - permitted the use of the now familiar 5-round loading clip. The clip, itself loaded with five .303 cartridges, was fed down into the slot in the bridge until it rested on the rear of the magazine. The rounds were then pressed down into the magazine by the thumb. A curved cut-out, in the LHS of the action body side, allowed the thumb to press the cartridges sufficiently low into the magazine to lock the last round in place. On closing the bolt and chambering the top round, the now empty clip was thrown clear of the rifle.

The design was highly problematic for the left-handed firer and, in common with such every-day tasks as writing and using scissors, recruits were obliged to use these weapons right-handed. The strictness of such teaching, in all walks of formative life, led to many apparently ambidexterous people. Truthfully, all those with master left hands were presented with little alternative but to conform, and their resultant capabilities with both hands led to their, for all practical purposes, effective ambidexterity. My own father could pen the most beautiful copper-plate writing with either hand, either both left to right, or even as a mirror image on one piece of paper at the same time. Such discipline can lead to almost unlimited attainment.

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Probably the most authoratitive write-up on the S.M.L.E. No.1 Mk.III, and particularly its production, is the section in the post-WW1 history of the Birmingham Small Arms Company's activities during the Great War - published ca.1920. We illustrate the extracted piece below as a searchable flip-page booklet.

This is a large file which may take a moment to load.

 

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A good description of the Mk.III S.M.L.E. and its usage is to to be found in a 1942 Canadian training manual; this is replicated below.

This is in the form of a text-searchable flip-page document that may take a few moments to load.

Double tap tablet or click ロ for full page display.

 

The pages in the manual carrying the coloured drawings of the rifle's cut-away action are shown below for clarification.

The first of the three drawings illustrates the closing of the bolt to chamber a round.

The second drawing details the action of pulling the trigger.

And the third drawing shows the ejection of the fired cartridge case as the bolt is opened and drawn back.

Detail of the bolt and notes on its function are shown in the next image.

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See the Pattern 1914 .22RF training version of the No.1 Mk.I rifle shown on this page

and the Mk.III .22RF training Lee-Enfield equivalent to the .303"CF model illustrated on this page

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An interesting addition to literature on the S.M.L.E. are the relevant pages from the 1940 German manual of British Smallarms. If you read German you will obtain the greatest benefit, but enough text is effectively English that it is worthwhile illustrating.

The entire manual can be viewed via the above link.

For the true scholar, there is no more authoritative source of definition and history of the S.M.L.E. than the notes on the rifle in the 1929 British Textbook of Small Arms. We therefore include these here.

CHAPTER I—SECTION 3

THE BRITISH SERVICE RIFLE

The photograph below is that which accompanies the following material in the 1929 Textbook of Small Arms

The short, magazine, Lee-Enfield rifle was approved on 23rd December, 1902, to take the place of the magazine Lee-Metford and magazine Lee-Enfield (familiarly known as the " long rifle "), various marks of which had been the service weapon since 1888. Of the rifle, S.M.L.E., there are six marks, Marks III, III*, and IV now being in use.
Mark I .. Approved 1902. New rifle.
Mark II .. A conversion from long rifle. Similar to Mark I.
Mark III .. Approved 1907. Improvement on Mark I.
Mark IV .. Conversion from old marks. Similar to Mark III.
Mark III* .. Approved 1918. No cut off. No long-range sights.
Mark V .. Provisionally approved 1922. Improvement on Mark III. Peep-
hole backsight. (Superseded before being produced in quantity.) Mark VI .. Improvement on Mark V. Not yet issued.
All the above marks have the Lee bolt action, similar to that approved in 1888 for the Lee-Metford magazine rifle, Mark I. Details of the Mark III and Mark III* are as follows. (See Fig. 11 and Plate XI.)

 

The drawing below relates to the following description.

The bolt (1) is simple in construction. It is cylindrical and has a bent lever at the rear end, terminating in a round knob for convenience in handling. The shape and position of the lever are very convenient for rapid manipulation. On the right side of the bolt cylinder is formed a solid rib (2), which works in a slot in the rear of the body and acts as a guide when the bolt is worked backwards and forwards. On the opposite side to the rib, and having its rear face level with the rear face of the rib, is a solid lug (3). The lug and the rear face of the rib engage against appropriate bearings when the bolt is locked and support the bolt on firing. The disadvantages and advantages of having the lugs so far removed from the face of the bolt-head have been discussed in the previous chapter. The rear faces of the rib and lug are cut on a screw pitch corresponding to the slope of their seatings on the body. On turning down the bolt this gives the necessary leverage to force the cartridge home. The lug working in its screw-pitched recess in the body provides the leverage for primary extraction on turning up the bolt. The bolt-cylinder is bored out to take the striker (4) and mainspring. The rear part of the boring is constricted to the diameter of the striker, to form a seating for the rear of the mainspring and to act as a guide for the striker. Underneath the rear end of the bolt-cylinder is a recess (5) formed by a long groove on the right and a short groove on the left, connected together in front by a cam-shaped face and separated by a stud (6) . On raising the bolt lever the cocking-piece stud (7), which is resting in the right-hand or long groove, is forced backwards by the cam-shaped face until it rests in the left-hand or short groove, thus partially compressing the mainspring and withdrawing the point of the striker from the face of the bolt-head. This is necessary to prevent the striker point from firing the cap of the next cartridge as it is fed upwards from the magazine and pushed forward into the chamber.
The bolt-head (8) has a tenon which screws into the bolt-cylinder. On it is a solid projection which has a hook (9) on its right side which engages with a rib on the right side of the body and prevents the bolt-head from turning with the bolt-cylinder. On the side of the bolt-head is a hole to allow for the escape of gas in event of a blow-back or burst case. The projection on the bolt-head is slotted to take the extractor, which is a short steel bar with the usual claw at the end. It is pivoted on a screw at the rear of the slot and is kept up to its work by a small V-spring let into the slot above it.
The striker is in one piece and has a collar (10) against which the front end of the mainspring bears. The front face of the collar seats against the rear end of the bolt-head tenon in the fired " position and thus limits the protrusion of the striker. Originally
there was, in front of the collar, a small stud which fitted into a recess cut for it in the rear of the bolt-head tenon. This stud was later discarded, but both the modified and unmodified types of striker are still in use in the service. The end of the striker is screw-threaded for attachment to the cocking-piece (11).
The mainspring (12) is of coiled steel wire set to a length of 32 inches.
The cocking-piece has a long tongue projecting to the front and lying against the under side of. the bolt when it is assembled. The front end of the tongue forms the full bent (13) and a groove cut across it the half bent (14). A stud (7) on the upper side of the tongue works in the two grooves already mentioned in the rear of the bolt-cylinder. On the left side the tongue is recessed in two places for the locking-bolt to engage in. The rear of the cocking-piece was originally formed with a circular projection, cut away on the left-hand side and roughened to serve as a grip for finger and thumb when cocking without operating the bolt. The Mark III* rifle was fitted, as an alternative to facilitate manufacture, with a cocking-piece which had its rear end formed as a flat piece, grooved on each side to give a grip for finger and thumb. Both these types of cocking-piece are now interchangeable in the Marks III and III*.
The bolt may be easily stripped for cleaning and examination. The striker keeper screw (15), which retains the striker in position in the hole drilled and tapped for it in the rear portion of the cocking-piece, having been removed, the bolt-head is unscrewed. Those strikers which are fitted with a stud on the front face of the collar can be unscrewed by means of the bolt-head, but to avoid the possibility of damage to the bolt-head tenon this method should not be employed, and the special tools with which armourers are provided should be used.
The body is cut away on the right side for the greater part of its length to allow the projection on the bolt-head to work backwards and forwards. The hook on the projection of the bolt-head engages in a slot or rib, which is cut away at the rear end just sufficiently to allow the hook on the bolt-head to be free. There is a small retaining catch forming a continuation of the rib at this point. When the bolt is drawn back as far as possible the hook can be forced up over this catch and the bolt removed from the body. The retaining catch is a small spring secured by the rear axis screw on the right side of the body. The rear of the body does not form a complete cylinder but is slotted out at the top to afford passage for the rib on the bolt and at the bottom for the bolt lug and cocking-pieces. The right-hand side of the rear of the body forms the right resistance shoulder for the rib on the bolt, and opposite this on the left side is the slot into which fits the bolt-lug, the rear face of the slot forming the resistance shoulder on this side of the body. It is cut on a screw pitch to assist in forcing the cartridge home in the chamber and in the final compression of the mainspring when the bolt is turned down into the locked position for firing. The recess for the lug is at the rear end of the body, opposite the resistance shoulder, the entrance to it is cut on an incline in the usual way to give the leverage necessary for primary extraction.
In front of the resistance shoulder, at a sufficient distance to give clearance for the bolt-head projection when the bolt is being removed, a charger-guide, in the form of a bridge (16) is riveted to the left and right sides of the body. Immediately in front of the charger-guide, the left side of the body is cut away in a semi-circle to allow the thumb to sweep the cartridges out of the charger into the magazine. The front end of the body is a complete cylinder into which the barrel screws. As no space has to be provided for the lug recesses the bolt-head enters a little distance only into this cylinder, which is not much recessed and is readily cleaned. Beneath the barrel chamber the action body is sloped off (17) to provide a way or guide for the cartridges entering the chamber from the magazine. The right side of the body is slotted to take the cut-off. There is no tang as in Continental actions. The place of the tang is taken by a socket (18) which is part of the body and projects downwards. Into it the butt fits and in the centre of it is a hollow, threaded boss (19) for the stock-bolt (2). The rear end of the body, including the upper surface of the socket, is grooved to allow passage for the lug and cocking-piece tongue. The usual opening beneath the body is provided for the magazine.
At the rear end, on the left of the body, two holes are drilled for the locking-bolt (21) and locking-bolt safety-catch (22). The locking-bolt is a stem, fitted with a roughened thumb-piece by which it may be actuated. The stem fits into a hole in the body leading into the groove for the cocking-piece tongue. The end of the stem is cut away so that when the thumbpiece is in the forward position the cut-away portion is level with the floor of the groove for the cocking-piece tongue and the cocking-piece can pass over it. When the thumbpiece is drawn to the rear the solid portion of the stem rises in the groove and engages an one of two recesses cut in the cocking:piece tongue, according to whether the latter is in the cocked or fired position. The bolt can thus be locked fired, or cocked. When the stem of the locking-bolt engages in the front, or cocked position recess, it draws back the cocking-piece slightly, removing the bent from contact with the nose of the sear. On the stem of the locking-bolt, close to the thumbpiece, is cut a steep-pitched thread (23). On this thread works the arm of the safety-catch. On the end of this arm is a short stem which fits in the hole entering the bolt-way of the body. When the thumbpiece of the locking-bolt is in the forward position this stem is within its hole and clear of the bolt in the bolt-way. When the thumbpiece is drawn to the rear, the threads on the locking-bolt stem and safety-catch arm push the stem forward so that its end enters the short groove on the end of the bolt and prevents the latter from being rotated and drawn back. By the combined action of locking-bolt and safety-catch both cocking-piece and bolt are positively locked against any possibility of accidental opening or discharge.
The ejector is a small screw which projects slightly into the bolt-way on the left side. On drawing back the bolt the back edge of the rim of the cartridge case catches against the end of this screw and is thrown out of the rifle to the right. In practice this action only take s place in the case of a bulletted round, when the case is held on the bolt face until the bullet is clear of the breech. An empty case, being shorter and therefore being clear of the barrel sooner, is normally thrown out to the right by the action of its rim frictioning against the sloping portion of the groove hollowed out in the left side of the body immediately behind the breech.
The trigger mechanism is on the double-pull system already described in the account of Continental rifles, but differs from them in most particulars, save for the provision of two ribs (24) on the upper part of the trigger. The sear (25) is a two-armed, bell-cranked lever, pivoted to the projection beneath the body on the same screw which holds the retaining catch. It is pressed to the rear and upwards by a U-shaped spring (26) which also serves to keep the magazine-catch up to its work. The long, upper, arm passes through a hole in the body into the groove for the cocking-piece tongue, and engages with the full-bent on the latter when the bolt is pushed forwards. The short arm projects downwards. The trigger is pivoted on a pin which passes through the trigger guard (27). The two ribs are on the front surface of the upper part of the trigger. On pressing the trigger the lower of the two ribs engages with the short arm of the sear and causes the latter to revolve on its axis until the end of the long arm has come close to the edge of the bent. The pull during this movement is light as the rib is close to the trigger pivot and great leverage is obtained. The fulcrum is then transferred to the upper of the two ribs which, being further from the pivot, affords less leverage, and a stronger pull is therefore necessary to make the sear move the small remaining distance which releases the cocking-piece and allows it to fly forward. The motion imparted to the sear by the motion of the trigger acting through its upper rib is, however, more rapid, and the sear is thus drawn smartly off the bent.
The action of the bolt mechanism has already been indicated in the description of the parts. The complete sequence is as follows :-
On raising the bolt-lever the cocking-piece is prevented from turning with the bolt by the fact that the tongue is engaged in the groove in the body. The bolt-head is prevented from turning by its hook engaging with the rib on the right side of the body. As the bolt is turned the cam-face at the end of the two grooves on the rear of the bolt forces back the stud on the upper side of the tongue of the cocking-piece. This draws the end of the striker clear of the end of the bolt-head and partially compresses the mainspring. As the turning movement continues the sloping face of the lug working against the sloping
face of the recess in the body causes the whole bolt to move to the rear, effecting primary extraction. When the bolt has been turned as far as it will go the rib touches the left side of the body and is opposite the gap in the rear of the body. The lug is now in the groove for the cocking-piece. The bolt can be drawn back until the projection on the bolt-head strikes against the resisting shoulder. This acts as a retaining arrangement. The stud on the cocking-piece tongue has now fallen into the recess in the front end of the short groove on the bolt and the cocking-piece cannot revolve and is retained in position for entering its groove in the body. On pushing forward the bolt the full bent of the cocking-piece engages the end of the sear and the mainspring is further compressed. As the bolt is driven forward the stud between the long and short grooves on the bolt passes the stud on the now stationary cocking-piece. On turning down the bolt, the bolt is forced forward by the action of the sloping faces on the rear of the lug, and the rib working against their bearings on the body. In the complete action of closing the bolt the free forward travel is 3 inches, the travel after the sear has engaged with the bent when the pressure of the mainspring has to be overcome, is ½-inch, and the final forward movement, on turning down the lever, finch. When the action is cocked the stud on the cocking-piece tongue lies in the long groove in the body and the cocking-piece and striker are free to fly forward when the sear is released from the bent by pressing the trigger. Should the trigger be pulled when the bolt is not completely closed the stud on the cocking-piece tongue strikes against the stud between the two grooves on the bolt and either causes the bolt to .close, automatically, before the striker point reaches the cap of the cartridge, or else the two studs meet full face and the striker is prevented from flying forward. If the action is then closed by hand the sear falls into the half-bent and the action is locked owing to the two studs lying side by side, preventing the rotation of the bolt. It is possible to cock the action fully by drawing back the cocking-piece.
The magazine (28) is a detachable sheet-steel box, strengthened by two flutings on either side. It contains ten cartridges in two columns which are fed up as required by the action of a zig-zag ribbon steel spring (29). The platform (30) is so formed that the left side is higher than the right. The left-hand column of cartridges is thus presented to the bolt first and then the right-hand column, cartridges being pushed forward alternately from each column until the magazine is empty. The sides of the rear end of the box are extended slightly upwards and turned in to retain the cartridges. In the No. in (stamped with the figure 4) magazine there are small inturning projections made by turning over the top of the sides of the box in front. These serve to keep the platform in position when the magazine is empty. In earlier marks of magazine a stop clip is pivoted on the right side of the box, in front, which helps to keep the platform in position when the magazine is empty and keeps the bullet of the upper cartridge of the right-hand column in position when the magazine is full. This clip can be drawn down to the front when the magazine has been detached from the body, and the platform and spring can be withdrawn for examination and cleaning. The spring is secured to the No. 3 platform by a tongue of metal turned over on the right-hand side and by two rivets. In earlier marks it is secured by two tongues of metal on each side. Downward turned tongues of metal on the front and on the left-hand side at the rear of the platform serve as positioning guides. A small turned down tongue on the right side at the rear serves the same purpose. At the back of the box is a rib in which is cut a tooth (31) to engage in the magazine retaining spring catch. In the No. 1A and 1B (stamped 3 and 4) magazines there is also a small auxiliary spring which bears against the front of the trigger guard. Into the front of the box is hooked and secured the magazine platform auxiliary spring (32) which serves to keep the front end of the platform at a proper angle when the magazine is full and also protects the front of the box from being dented by the points of the bullets.
The cut-off is pivoted to a vertical screw in the projection on the right side of the body. It works in a slot parallel to and below the rib on the body for the bolt-head hook. It is provided with a cylindrical thumbpiece, bored out for lightness and ribbed on top for the thumb to grip. It is spring-tempered and set to press upwards, a small projecting flat on the upper surface acting as a catch against the side of the body and holding the cut-off open or shut. In the shut position the cut-off holds down the cartridges in the magazine out of the path of the bolt and acts as a platform for single loading. The hole in the rear of the cut-off is for convenience in manufacture only. In the Mark III* rifle there is no cut-off. In none of the marks is any provision made to indicate that the magazine is empty, as is provided in the United States rifle and in some Continental arms.
The trigger guard is attached to the body by a screw (33) passing up through a collar (34) let into the fore-end in front of the magazine, and by a small transverse screw (35) passing through ears on the bottom of the socket of the body.
The barrel, which screws into the body in the usual manner, is strongly reinforced at the breech end, which is formed into a flat on its upper surface known as the Nock's or " Knox " form (36), from an old-time gunmaker named Nock, who first devised this method of ensuring the correct breeching up of barrel to body necessary to bring the sights vertical. It is 25.1 inches long overall and weighs 2 lbs. 21 ozs. This is the lightest barrel used in any service arm.
The rifling is of the Enfield figure with five grooves of -0065 inch mean depth. The width of the lands between the grooves is -0936 inch. The twist of the rifling is one turn in 10 inches left hand. The left-handed twist was originally adopted in order to compensate for the drift due to the rotation of the earth in the Northern hemisphere. It also has the effect of twisting the butt of the rifle away from the firer's cheek instead of against it.
The foresight (37) is of the " blade " pattern and consists of a plate dove-tailed into the foresight block (38) at right angles to the axis of the barrel. It is capable of lateral adjustment. The foresight block is formed with a band which fits the barrel and is kept in position by a key and cross-pin. It is set approximately • 015 inch left to counteract the lateral throw of the rifle due to vibrations set up on firing. The backsight (39) is attached to a bed (40) which encircles the barrel, to which it is fixed by a cross-pin in the middle. It is also supported by the sight spring screw. The sides of the bed are raised to form a ramp (41). The leaf (42) is a solid piece of steel pivoted to the bed in front and kept in position by a spring fitted into the bed. It can be turned over on to the hand guard and rebounds into correct position when it is brought past the vertical. It is graduated from 200 to 2,000 yards. On the top left side of the leaf are lines representing every 25 yards. On the top right side the lines represent every 100 yards. The odd figures from 300 to 1,900 yards are omitted. A slide (43) fitted with a spring catch and a fine adjustment worm-wheel (44) enables the sight to be set at any elevation. The right side of the leaf is cut with screw-thread notches, and in these the fine adjustment worm-wheel engages. By pressing a catch on the left side of the slide the fine adjustment is released, and the slide may be moved quickly along the leaf by the action of the thumb only. The periphery of the worm-wheel is divided by 10 thumb-nail notches, the distance between each notch representing 5 yards in range, i.e., 5 notches equal 25 yards, or one division on the left side of the leaf. One complete revolution of the fine adjustment worm-wheel moves the slide 50 yards.
A wind gauge was originally fitted on the rear end of the leaf, but has been discarded. It was held in position by the wind-gauge screw. The scale was marked in divisions representing 6 inches deflection on the target at 100 yards. Each quarter-turn of the wind-gauge screw represented 1 inch of deflection for every 100 yards of range at which the sight was set. At each quarter-turn a friction spring engaged in a nick inside the head of the screw, checking its rotation. A U-shaped notch was cut in the top edge of the slide, and the face was roughed to prevent the reflection of light.
In the Mark III* and in the later Mark III rifle there is no wind gauge. Its place is taken by a cap which is attached to the leaf by means of a screw. It is provided with a U-notch and roughened on the face. There are two patterns of backsight cap which differ slightly in form.
Long-range sights were provided in the earlier Mark III, giving elevations from 1,700 to 2,800 yards. The backsight consisted of an aperture attached to the left side of the
body. It was carried on a bar terminating at the upper end in a cup-shaped button
through which a peep-hole was bored. It was pivoted on the stem of the locking bolt and kept in position by a spring. The foresight, known as the dial sight, was attached to the left side of the fore-end, and consisted of a dial on which the ranges were marked, a pointer, and a bead which acted as a foresight.
No long-range sights are fitted to the Mark III* rifle or to the later Mark III.
The stock is in two pieces. The fore-end (45) is held to the barrel by a nose cap (46) and outer band (47), which are fitted with swivels. The swivel of the nose-cap is a piling swivel, i.e., cut away in the centre. A swivel is also fitted on the butt. Naval service swivels are made slightly larger than for land service. The barrel being comparatively light, accuracy is liable to be detrimentally affected by a badly fitting fore-end. In the assembled rifle there are three important metal-on-wood bearing points where even bearings must be ensured. They are as follows :-
(1) The thrust of recoil is received by the stock, through the medium of the sear lugs on the body, on the resistance shoulders formed a little in front of its rear end. It is essential that the thrust should be taken up evenly on both sides.
(2) The barrel must be held firmly down on the fore-end at the reinforce. This is effected by the fore-trigger-guard screw, which is fitted with a collar which limits the amount of " crush " which can be obtained on the wood by tightening. It must be noted that in the case of a shrunk fore-end there is a danger of the screw being screwed up tightly against the collar without pulling the barrel down tightly on the fore-end. Careful fitting is therefore necessary. It is also important to remember that, since the trigger is mounted on the trigger guard, a loose fore trigger-guard screw may affect the " pull-off " of the rifle by allowing the front end of the trigger guard to drop, and thus slightly affecting the relative positions of the trigger and the tail of the sear.
(3) The barrel is caused to bear lightly on the woodwork z inch in rear of the inner
band (48) by means of a spring acting through the medium of the latter.
Between (2) and (3) the woodwork is hollowed out so as to be clear of the barrel, and from the inner band forwards the barrel is held away from the fore-end by the fore-end spring stud, the hole in the nose-cap being slightly oval in form to give the necessary clearance.
The foregoing is a brief description of the service stocking. For match shooting under N.R.A. conditions, with private rifles, certain other methods have been evolved. These other methods have for their object the stiffening of the barrel and the damping of the vibrations set up on firing in order to attain a relatively high standard of accuracy for the special conditions of target shooting. They consist, briefly, in adopting some means of packing the barrel between the fore-end and fore-hand guard. The service stocking was evolved with the object of ensuring a consistently satisfactory standard of accuracy under service conditions.
A backsight protector formed with two upstanding ears, roughened on top so as not to reflect the light, is let into the fore-end and secured by a vertical screw and nut.
The nose-cap completely encircles the barrel at the muzzle and is provided with a tang which projects backwards under the fore-end and carries the piling swivel at its rear end. Immediately in front of the piling swivel is a sword bar for the attachment of the pommel of the bayonet and in front below the muzzle is a boss on which the ring of the bayonet cross-piece fits. The sword bayonet is thus fixed underneath the rifle to the nose-cap only and does not touch the barrel. The nose-cap is provided with high wings roughened on top, which protect the foresight. It is pierced on either side beneath the wings for lightness.
The hand-guard (49) extends the full length of the barrel and is divided into two parts by a saw cut opposite the backsight bed. This is for convenience in fitting and removing. The rear portion fits over the barrel and is held in position by means of a spring riveted on to it. The front end of the hand-guard is strengthened by a sheet steel cap which fits under a recess in the nose-cap. A groove is cut in the correct position for the jointed outer band, a slot being formed to give clearance to the hinge. The hand-guard does not touch the barrel as the groove is of greater diameter than the barrel. An inner band is carried permanently on the barrel ; it is grooved out so as to touch the barrel in two places. and is fixed in the groove of the fore-end in rear of the lower band by means of a screw, the head of which bears against a strong spiral spring.
The butt is attached to the socket on the action body by means of a stock bolt (20) that is inserted through a hole drilled longitudinally from the butt end. It is made in three ordinary lengths, long and short butts being marked by the letter L or S stamped on the wood on the top of the butt. For special use during the Great War, butts shorter than the ordinary short butt were made. These were termed " bantams," and stamped with the letter " B."
The butt plate is of brass, forgeable alloy or malleable iron. It is finished polished or zinc electro-plated according to the materials employed in manufacture. It is fitted with a trap for the insertion of oil bottle and pull-through. A marking disc is fixed with a screw to the right side. The " grip " is of a special " semi-pistol " shape.
The Rifle, Short, Magazine, Lee-Enfield Mark V was an improvement on the Mark III, but although a certain number were produced in 1925 none were issued, and it was later discarded in favour of the more fully developed Mark VI. The Mark V differed from the Mark III in several particulars, the chief of which were (1) the adoption of an aperture backsight located on a specially-designed bed on the body behind the bridge charger guide ; (2) the making of the hand guard in one piece completely covering the barrel.
The Mark VI is the outcome of experiment, since the Great War, but as yet has not been produced in quantity. At the present juncture a detailed description cannot be given, but the essential features in which it differs from the Mark III are as follows :—
1. The aperture backsight of the Mark V has been retained in a modified form.
2. The nose-cap is of very much lighter design than that of the Mark III.
3. The method of stocking has been simplified.
4. The barrel is considerably heavier.
5. The bayonet is much shorter and lighter than that used with the Mark III, and fits directly on to the muzzle of the barrel, which projects a short distance in front of the fore-end.
6. As in the Mark V, the hand guard is in one piece.
7. Without the bayonet the rifle is about 8 ozs. lighter than the Mark III. The weight of the bayonet is about 1 lb. less than that of the bayonet of the Mark III.