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Online Field Manual For A British 303 Rifle file sharing. Jaksa Pejnovic Director of in your Lincoln and tractor workshop. From tack For horse supplies and accessories, we Korean missile test conducted 303 the lowest prices. Field Manual For A British 303 Rifle PDF update. Online Field Manual For A British 303 Rifle from Azure. International Harvester 109 128 Tractors and Rotary Mowers Owner Operator Manual, Elementary College Physics Solution Manual, 1990 Evinrude Repair Manual 175Hp Xp, Electrical Guide For Zre152 Fog Light Installation, Franchise Training Manual, Manual D Reload to refresh your session. Reload to refresh your session. Although it is necessary to draw the bolt to the rear in order to load, it is not necessary to do so merely to re-cock the rifle. 13. The rear end of the bolt houses a single cocking cam. When, in the withdrawn position the cooking piece is held to the rear against the rear end of the bolt. 14. The striker is shorter than that of the No.4 rifle and is designed to drive forward an independent firing pin which is housed in the bolt-head and is off-set radially in order to strike the rim of, and fire, the 0.22 in. cartridge.The main differences are:- (a) The boltway is bored larger at the front end.http://marc-wessely.com/images/commell-lv-671-manual.pdfThis eliminates drag between the sear and cocking piece bents and ensures a clean and crisp let-off.The tapering of the rifling gives an improved gas seal and also removes the initial engraving from the bullet by the time it leaves the muzzle.A cartridge platfonn is situated just in rear of the chamber. The ejector is integral with the cartridge platform.This compresses the inner and outer sear springs (8) and (9) and produces the first pressure. Continued pressure on the trigger causes the protruding end of the pressure setting screw (18) to contact the flat on the underside of the sear cradle (19), to which the fulcrum point is then transferred and the leverage altered. This produces the second pressure.This considerably reduces the trigger pressure. The pressure setting screw (18) is then screwed in sufficiently for the trigger (15) to rotate solely about the end of the screw and to avoid all initial contact with the cradle pin (17). 30. Weight of Trigger Pressures. - The weights of both single and double action pressures can be adjusted to fine limits by adjusting the compression of the inner sear spring (8). This is accomplished by screwing the sear spring cup (10) in or out.This setting normally should not require adjustment. 32. Sear Release (Fig.8). - The pressure exerted by the compressed sear springs (8 and. 9), transferred via the sear (3) and trigger (15), combined with the direct pressure on the trigger, produces an upwards thrust through the sear cradle pads (20) on to the base of the cocking piece (21). This upwards thrust counterbalances the downward drag of the bent of the sear on the bent of the cocking piece (2) and prevents any axial movement of the bolt. When the sear is released, the striker spring (4) carries forward the cocking piece and striker (21 and 1) to drive the firing pin (6) forward on to the rim of the cartridge, compressing the firing pin spring (5) in so doing.The empty case is held between the claw of the extractor and the face of the bolt during withdrawal of the bolt until the ejector (Fig.4) strikes the rim of the case and ejects it from the rifle.Release bolt head catch; raise bolt head, and withdraw bolt from rifle.Iiift off the handguard (54), remove the front trigger guard screw (55), and remove the spring washer (56). Remove rear trigger guard screw (57); remove trigger guard (58) and trigger guard filler (59). Remove the fore-end (40), and collar (41)o Unscrew safety catch from locking bolt. 39. Trigger Mechanism (Fig. 13). - Drive out the rear cartridge platform pin (46) and.Remove the inner and outer sear springs (8 and 9) and slide the sear cradle (11) down over the trigger (15). Take out the trigger pin (16) and separate the trigger from the sear (3). Unscrew the sear spring cup (10) from the sear. 40. The sear bolt and. its spring, which are housed in the sear to check rotation of the sear spring cup, are burred in and cannot be removed. To strip the trigger, remove the pull-off locking screw (14) and pull-off setting screw (18); remove the trigger setting screw nut (13) and trigger setting screw (12). If through wear or breakage it is required to replace the ejector this will be done as a factory repair. 42. Backsight (Fig.14). - Tap out the backsight axis pin retaining pin (48) and drive out the backsight axis pin (49). This releases the backsight assembly. Lift the backsight plunger (50) and its spring (51) from their housing. 43. Foresight (Fig.15). - Unscrew the clamping screw (52) and slide the foresight protector (53) out of its dovetail in the barrel band (54). Tap the foresight (55) out of the dovetail in the foresight protector. 44. The barrel band is pinned and sweated on to a reduced diameter at the end of the barrel and must not be removed. Remove the stock bolt (62) and take the stock bolt spring washer (63) and washer (64) out of the stock butt (65). Pull the stock butt from the body socket (66). Remove rear swivel screws (67) and rear swivel (68). 47. The rifle should be assembled in the reverse sequence of the order of stripping. The only difficulties likely to be experienced are in the securing of the trigger group to the body; screwing the cocking piece onto the striker, and in assembling the safety catch and locking bolt. Instructions on these points are given below.This is extremely difficult without the aid of a guide drift, and damage to components will result if any attempt is made to drive the pin through the holes when they are aligned by any less precise method. 49. The drift used should be in accordance with the dimensions shown in Fig.18. The holes in the trigger group should be aligned as nearly as possible by eye and the tapered end of the guide drift passed through them; the guide drift should be pushed or gently tapped through until the ground end is flush with the body of the rifle. The end of the rear cartridge platform pin should then be placed on the end of the guide drift, and the guide drift driven through the rifle body by the pin. The ends of the pin and the guide drift should be kept in close contact with each other during the time the pin is being driven through. To assist in correct assembly, fig.19 shows them (A) positioned as they should be before engagement of thread, and (B) when screwed fully home. 51. Cocking Piece (Fig.20). - To ensure correct functioning it is essential that the cocking piece should correctly be assembled to the striker. The two components should be assembled as shown in the illustration.Remove the trigger guard and trigger group. Remove the outer seal spring (9) and re-assemble with the inner spring only (8). Loosen the pressure locking screw (14). Screw in the pressure setting screw (18) a half-turn at a time until a single pressure is obtained. When the weapon is cocked the pressure setting screw should now bear on the underside of the sear cradle web, not on the sear cradle pin which is not used as a fulcrum in single pressure match condition.This adjustment must not be carried to excess as it will give rise to a dangerous hair-trigger condition. When the desired length of pressure has been obtained, tighten the pressure locking screw (14) and adjust the weight of the pressure as described in para. (57) below. 54. Trigger Mechanism - Conversion from Single to Double Pressure. Remove trigger guard and trigger group. Screw home the sear spring cup, replace the outer sear spring (9), and re-assemble the trigger mechanism. Loosen the pressure looking screw (14), and screw out the pressure setting screw (18) a half-turn at a time until a double pressure is obtained. 55. When the weapon is cocked the flat on the top of the trigger should now bear against the cradle pin (17). The length of the pressures can be adjusted by screwing the setting screw in or out. 56. Tighten the pressure locking screw and adjust the weight as described in para. 57 below. 57. Weight of Trigger Pressure. - For single pressure action, with the inner sear spring only in position, the trigger pressure weight can be adjusted by screwing the sear spring cup (10) in or out. This alters the tension of the sear spring. One quarter turn (one click) of the sear spring cup makes a difference of 2.5 ounces to the pressure weight. 58. The minimum match condition weight of 3 lbs.The sear spring cup initially should be screwed fully down into the sear and little subsequent adjustment will be necessary. Screwing up the sear spring cup will increase the tension of both springs. It must be ensured that too much tension is not placed on the springs as, should the outer spring be compressed so that it is coil on coil, the trigger mechanism will be damaged when operated in that condition. 60. Adjustment of the sear spring cup will alter the weight of both first and second pressure; they cannot independently be adjusted. 61. The Standard Service pressures are:- (a) 1st Pressure 3 to 4 lbs. (b) 2nd Pressure 5 to 6.5 lbs.Hold the barrel and press the fore-end of the stock fore-end away from the barrel. This should require a pressure of 3 to 5 Ibs., and when the pressure is removed the stock fore-end should return to its seating on the barrel.The deposit remaining in the barrel after firing is a preservative and should not be removed. It may, however, be required to clean the bore to remove foreign matter other than the preservative deposited by the ammunition, when putting the rifle into storage for a long period or when changing from one brand of ammunition to another. When cleaning of the bore is carried out the No.6 cleaning rod with BrushRegulation flannelette, size 2. It is not necessary to use boiling water.The tension of of the spring is ascertained by weighing the effort required to moveThis should be tested by exerting pressure on the tail of the extractor, as it is difficult to weigh by lifting the claw and may cause damage to the extractor. 72. Sear and sear cradle. - The setting of sear andSection 4 - Examination Remove all burrs by stoning, taking care to avoid removing any metal (other than the burr) from the rear faces of the locking lugs and the cartridge face. 75. Examine the bolt head for corrosion, wear, and burrs. Remove any burrs by stoning. Ensure that the extractor, extractor plunger, and extractor spring work freely in their recesses. 76. Examine the extractor and firing pin for wear, damage, corrosion and distortion. Examine the extractor spring, firing pin spring, and striker spring for corrosion, fractures and collapsed coils. 77. Examine the cocking piece and striker for burrs, distortion and damaged threads.Ascertain that the cartridge platform pins are a tight fit.Examine the stock fore-end and handguard for warping.For competition shooting under Match conditions, more accurate sights, capable of fine adjustment will be required. These match sights will not be issued, but will be provided, if required, by individuals, or rifle clubs in the same way as special sights are used for S.R.b shooting at Bisley and elsewhere. 83. To assist in the fitting of Match backsights to the No.8 rifle, three holes have been provided on the left side of the body. The three holes are tapped for 4 B.A. and 3 B.A. threads and are normally closed with a cheese-headed screw to prevent the ingress of dirt. The screws are removed before fitting a Match backsight. 84. It may be necessary to remove the Service backsight before certain types of Match sights can be fitted to the rifle. 85. The Service foresight is designed for easy removal whenThe dovetail on the block is of standard size and will take the normal commercial pattern of foresights. When fitting certain types of commercial foresights it may be necessary to make a small groove in the underside of the sight in order to accommodate the clamping screw. It is emphasized that if any modification is necessary it must be made to the purchased sight - not to the foresight block of the rifle. 86. Details of the various trade pattern match sights suitable for fitting to the No.8 rifle, together with advice and information on small bore matters generally, may be obtained from the Army Rifle Association, or from the National Small Bore Rifle Association. Great Britain Army Handbooks, manuals, etc. Additional Collections. The Lee-Enfield's powerful.303 cartridge was famous for killing enemy soldiers The rifle is also bolt-action, meaning that every shot must be manually pushed Use Peatix for any event and ticketing needs! Co-organizers can edit group and event pages, access sales and attendee information, manage ticket sales and more. This gives you a search box in the lower left corner of the screen in most browsers. Use the up and down arrows to move from one selection to the next. This same technique works on most web pages and can be used anywhere to search the page you are on. At this website it is also useful for finding things in the item index on a catalog. Numerically, it was the main rifle used by the American Expeditionary Forces in Europe during World War I. The Danish Sirius Dog Sled Patrol on Greenland still use the M1917, which performs reliably in Arctic conditions, as their service weapon.Compared to the German Mausers or U.S. 1903 Springfield, the SMLE's.303 rimmed cartridge, originally a black powder cartridge, was ill-suited for feeding in magazine or belt-fed weapons and the SMLE was thought to be less accurate than its competition at longer ranges. The long-range accuracy of German 7?57mm Model 1893 and 1895 Mausers in the hands of Boer marksmen during the Boer War (1899 -1902) made a big impression on the British Army, and a more powerful, modern rifle was desired. The starting point was to copy many of the features of the Mauser system. The rifle was developed at the Royal Small Arms Factory at Enfield ( arsenal ) in the United Kingdom.An advanced design, for the era, of aperture rear sight and a long sight radius were incorporated to maximize accuracy potential. Ease of manufacture was also an important criterion. However, the onset of World War I came too quickly for the UK to put it into production before the new cartridge could be perfected, as it suffered from overheating in rapid fire and bore fouling.They decided to ask these companies to produce the new rifle design in the old.303 British chambering for convenience of ammunition logistics. In the case of the P14 rifle, Winchester and Remington were selected.The Springfield Armory had delivered approximately 843,000 M1903 Springfield rifles, but due to the difficulties in production, rather than re-tool the Pattern 14 factories to produce the standard U.S. rifle, the M1903 Springfield, it was realized that it would be much quicker to adapt the British design. Although it might have been faster to retain chambering for the.303 British military cartridge, the design was modified for the U.S..30-06 Springfield cartridge to simplify ammunition logistics. The Enfield design was well-suited to the.30-06 Springfield; it was a big, strong action and was originally intended to employ a long, powerful, rimless bottlenecked cartridge. Accordingly, Remington Arms Co.The markings were changed to reflect the model and caliber change. A 16.5-inch blade bayonet, the M1917 bayonet was produced for use on the rifle; it was later used on several other small arms including the M97 and M12 trench shotguns and early M1 Garands.During the 1920s and 1930s many M1917 rifles were released for civilian use through the NRA, or were sold as surplus. It was so popular as a sporting weapon that Remington manufactured about 30,000 new rifles as the Model 30 from 1921 to 1940.Perhaps due to M1 Garand shortages at the start of the war, the M1917 was also issued to artillerymen, and both mortarmen and artillerymen carried the M1917 in North Africa.The M1917 was also issued to the Local Defence Force of the Irish Army during World War II, these were part-time soldiers akin to the British Home Guard.Due to the original P13 action being designed for a high-powered.276 Enfield round with a larger diameter case than the.30-06 Springfield, the magazine capacity for the smaller diameter.30-06 Springfield was six rounds, although stripper clips held only five cartridges.The ladder aperture sight moves vertically on a slide, and hence was not able to correct for wind drift. Future American rifles, such as the M1903A3 Springfield, M1 Garand and M1 carbine, would all use similar rear sights. The front sighting element consisted of a wing-protected front post, and was adjusted laterally and locked into position during assembly at the arsenal. The M1917 rear sight element was situated on an elongated receiver bridge, which added weight to the action, as well as lengthening the bolt. The M1917 action weighs 58 oz (1,644 g ) versus 45 oz (1,276 g) for the M1903 Springfield.Most bolt action designs after the Mauser 98 cocked as part of the opening stroke. The M1917 Enfield like the Mauser Gewehr 98 had no magazine cut-off mechanism, which when engaged permits the feeding and extraction of single cartridges only while keeping the cartridges in the magazine in reserve. In a manufacturing change from the Mauser 98 and the derivative Springfield, the bolt is not equipped with a third 'safety' lug. Instead, as on the earlier Model 1895 (Chilean) Mauser, the bolt handle recesses into a notch in the receiver, which serves as an emergency locking lug in the event of failure of the frontal locking lugs. This change saved machine time needed on the rifle bolt, cutting costs and improving production rates, and this alteration has since been adopted by many commercial bolt-action rifle designs for the same reasons. The unusual 'dog-leg' shaped bolt handle is low profile and places the bolt knob just rearwards of the trigger close to the firer's hand, facilitating rapid cycling and fire. The M1917 Enfield bolt locking lugs had a 4 degree helical angle with matching angles on the receiver lug seats (the technical term is interrupted threading). This means that final head space is not achieved until the bolt handle is turned down all the way. The design probably used helical locking lugs to allow for chambering imperfect or dirty ammunition and that the closing cam action is distributed over the entire mating faces of both bolt and receiver lugs. This is one reason the bolt closure feels smooth. One advantage was that when the bolt handle was turned up the lugs cleared each other immediately so full effort was applied to the extraction cam. The trigger had a mechanical interlock to prevent firing unless the bolt was fully locked. The location of the safety on the right rear of the receiver has also been copied by most sporting bolt-action rifles since, as it falls easily under the firer's thumb. The trigger pull is ? 3 lb f (13.3 N ). One notable design flaw was the leaf spring that powered the ejector, which could break off and render the ejector inoperable.The M1917's barrel had a 1 in 10 in (254 mm) twist rate and retained the 5-groove left hand twist Enfield-type rifling of the P14, in contrast to the 4-groove right hand twist rifling of the M1903 Springfield and other US designed arms. The M1917 had a long 26-inch heavyweight barrel compared to the lighter 24-inch barrel of the M1903 Springfield. With the longer sighting plane, the M1917 proved generally more accurate at long distances than the M1903, at the expense of greater weight.In 1934 500 Remington Model 1934 were delivered and in 1935 2,500.One of the weapons given to X Force was the M1917 rifle.CS1 maint: archived copy as title ( link ) United States Army in World War II.By using this site, you agree to the Terms of Use and Privacy Policy. An advanced designed chamber allowed for a high-velocity.276 Enfield rimless round, which was more powerful than the service-issued.303 British cartridge. However, implementation of the P'13 was rendered impractical by the outbreak of the First World War.At the end of 1912, it was decided to put the latest incarnation of the design into limited production for troop trials in 1913 and 1,000 were ordered from RSAF. By the end of 1912, 508 rifles had been completed, and by the end of January 1913, 1,251 had been manufactured. The rifle was distributed to the army as the Rifle, Magazine, Enfield,.276-inch. The troop trial rifles left handed rifling twist rate was 10 in (254 mm), 5 grooves, groove depth.005 inches (0.127 mm) land width.09352 inches (2.375 mm). The trials took place in Britain, Ireland, Egypt and South Africa and at the end, the Chief Inspector of Small Arms recommended a number of changes, which resulted in a quantity of 6 improved Pattern 1913 rifles being manufactured between March and April 1914. The outbreak of World War I led to the abandonment of the effort to introduce a smaller caliber rimless cartridge for purely practical reasons. Adapting the design (with largely cosmetic alterations aside from chamber and extractor redesign) to fire the standard.303 British round led to the Pattern 14 Rifle (P'14), which was fed from a five-round internal magazine by five-round stripper clips. Effective mass production in Britain during World War I was impossible, and so the P'14 became a de facto afterthought. Thus, the SMLE remained the standard British rifle during World War I and beyond.The design of the Pattern 1913 Enfield showed the emphasis on accurate, rapid fire emphasized by British Army training during this period. The adjustable flip-up aperture rear sight with a 300 yd (274 m) battle setting when folded down was an excellent design, allowing rapid and accurate sight acquisition, and was advanced for the period. The Mauser-type bolt had a low-profile bolt handle with an integral safety lug built into its base that locked in the receiver. The action was configured to be easily operable, even when heated by sustained rapid fire, with slick operation, cock-on-closing feature and positive camming action when opening or closing the bolt. The Pattern 1913 Enfield bolt locking lugs had a 4 degree helical angle with matching angles on the receiver lug seats (the technical term is interrupted threading). This means that final head space is not achieved until the bolt handle is turned down all the way. The British probably used helical locking lugs to allow for chambering imperfect or dirty ammunition and that the closing cam action is distributed over the entire mating faces of both bolt and receiver lugs.