Below are the two designs selected as the No.8 trials rifles. The upper one is the "Match" rifle ( this one is serial no.16 of approximately 100 built ) and the lower example is the "Infantry" version ( serial no.6 again of approximately 100 built) - and the configuration finally chosen for production.
The Match rifle, with a barrel only a fraction short of 29 inches,was acknowledged to be the more accurate rifle. The difference in accuracy between the Match and the Infantry models, with a barrel length of 23.2", was not deemed sufficient to outweigh the superior handling of the shorter barrelled weapon, particularly in view of the intended use of the rifle for cadet and training purposes. The performance of the shorter barrel was still adequate for modest competition use at the time the design was being put into production. However, E.G.B. Reynolds suggested, in his 1960 book "The Lee-Enfield Rifle", that had the Match rifle been adopted, militray shooters would have been able to compete with civilians on a more equal footing.
Shown below are the actions of the two trials rifles; Match to the left and Infantry to the right
The Match rifle was fitted with the Parker-Hale Model 5C rear target aperture sight as used on the No.4 rifle. The PH 4 sight - introduced in 1946 - would very likely have been considered for this rifle,
but the arrival of the No.5 sight in 1947 superseded any such intention.The eyepiece is the P-H/A.G.P. " Thin wall" single hole bell-style unit.
The Infantry and production rifles were fitted with a standard BSA manufactured No.4 folding leaf rear-sight calibrated for 25, 50 and 100 yards
with the additional markings for the "Harmonisation" elevation setting as used for Landscape Targetry.
A point particularly worthy of note is that both the trials and early production rifles were built up on the lightened action of the No.5 so called "Jungle Carbine" rifle designed for paratroop and close-quarter operations. Compare the image below right, of the left hand side of the action beneath the rear-sight, with that of the standard No.4 action used for the No.9 rifle.
Interestingly, the action used for the .22RF No.5 shortened rifle was also that of the No.4, probably because, at the time the .22 was being prototyped, the lightened action was still in comparatively short supply and needed to maintain production of the .303"CF service weapon.
Lest you had, in thepast, been researching these rifles on the internet, you should note that the R.E.M.E. (Royal Electrical and Mechanical Engineers) Museum, near Reading, for a time, illustrated on its website's weapons collection page, a rifle described as a No.8.However, this rifle appears in standard No.4 configuration, with a standard length bolt and No.4 design bolt-head and could not have been a number 8. This has now been recaptioned as as the Royal Navy's No.9 .22RF, being the No.4 conversion by Parker-Hale with the sleeved barrel. This latter rifle was a further, and cheaper, variation on the B.S.A. & Co's No.7 rifle made for the Royal Air Force.
One oddity, seen during our research, was a No.8 converted by fitment of S.M.L.E. No.1 woodwork and nose-cap, and shortened to give the appearance of a Lee-Enfield No.1 (or indeed .22RF No.2 or Mk.III) carbine. To our knowledge, this could only be an enthusiast's conversion. Shortened S.M.L.E. rifles are usually only found in the realms of Australian trials carbines, e.g. their "shortened, lightened rifle", the precursor to the Australian No.6 rifle, itself the Antipodean version of the British No.5 " Jungle Carbine". An S.M.L.E furnished carbine on a No.4 type action is (unless you know differently) simply unheard of in military production.
Below is shown the final production version of the shorter barrelled "Infantry" rifle variant, being that selected from the two prototype designs as providing adequate accuracy combined with the best weight and handling characteristics. This rifle significantly increased enthusiasm towards small-bore target rifle shooting post-war (WWII) and was in part responsible for a resurgence of both military and civilian small-bore service style competition. To this day it is still in use by Cadet units and continues to fulfill the criteria of the task for which it was designed. Such has been the level of usage of the No.8 rifles that it proved necessary in more recent years to return many for Factory Thorough Repair (FTR). This has resulted, as some have been sold out of service, in the availability of examples in comparatively good condition with accurately shooting barrels. Large quantities of spares have also offered opportunities for 'as new' rifles to be built up for commercial sale.
The receiver is that of the No.5 service rifle with its milled cuts to lighten the action for original use with that "Jungle" carbine, but it is further machined to permit the solid .22 barrel to protrude rearwards into the body by a distance designed to accommodate the shorter overall length of the .22 bolt. This allows a considerably shorter travel than usual on most conversions of the full-length No.4 rifle; this was associated with a faster actioning with the Nos.5 and 7 magazine-fed rifles, but was hardly relevant to the production No.8 rifle other than for rapid-fire practice. Indeed, the system for the No.8 evolved, with minor adjustments to permit cheaper mass-production, from those designs first seen on the.22RF No.5 and No.6 trials rifles between the end of the War and 1946. A similar bolt, but slightly more complicated and longer, was utilised on the British No.7 rifle produced for the Royal Air Force. (Please view the appropriate pages for further information on each of these rifles).
Unlike the majority of .22 rimfire rifle chambers, the leed ( the point at which the rifling commences forward of the cartridge chamber) is tapered from the groove diameter to the lesser diameter between the lands. This taper to the full groove depth occurs over a little more than eight tenths of an inch. Most .22 barrels have a near square edge to the start of the rifling, whith very little chamfer. When the leed of a No.8's barrel is inspected by someone not aware of this, an incorrect assessment that the leed is seriously worn may be made; and this could result in a decision not to purchase a perfectly satisfactory rifle.
The No.8 was fitted with a grooved single-shot loading platform as illustrated above, and the magazine aperture in the base of the receiver body was blanked off. The steel pressing, shown below, is stamped with the BSA factory code number "M 47 C". Whilst BSA designed and manufactured the No.8 rifle at the Shirley factory on the outskirts of Birmingham, a significant number, probably the greater, of rifles were produced at Fazakerley, the Royal Ordnance Factory in Lancashire.
Identification of the place of manufacture is possible by inspection of the code markings on the rifle. If as issued, sights and parts such as the cocking piece wil be stamped "F" on the Fazakerly production and "B" on the Shirley production. BSA rifles should carry their "M47C" M.O.D. trade reference code on the LHS of the butt-socket, the magazine well base-plate and the underside of the butt wrist behind the butt-socket.
There are varying dates offered by various pundits for the approval, adoption and introduction of the Rifle No.8 Mk.I to Land Service. Ian Skennerton quotes approval on 24th. September 1948; Herb Woodend gave early 1949 as the date for approval; E.G.B. Reynolds quoted introduction as 7th. September 1950, and J.E. Smith advises adoption as having been in 1951. Skennerton does remark that the rifle appears to have one of those few actually introduced prior to its inclusion in the List of Changes( LoC).
Precise dating of a particular rifle's manufacture by serial number can be a loose estimate only. Of Ian Skennerton's quoted figure for the initial requirement of 76,000 rifles, we have not for certain ascertained either whether all were manufactured, or the exact date of cessation of production. The highest serial number we have presently experienced is A 22655 of BSA manufacture (M47C) and dated 1951, just 85 on from the rifle illustrated above. As a guide, the above rifle has a base-plate dated 1950, and butt wood dated 1951. Significantly lower serial numbered rifles are therefore likely to have been manufactured between 1950 and 1951.
If you have any further information or have record of higher serial numbers and/or later date markings, then do please let us know at: HARC-MCRRS
Most of the preceding
training rifles and the
post-war trials rifles
were fitted with the
familiar brass or steel
butt plates of the
Service rifles they were
designed to simulate.
Not so the No.8; possibly as a result of input from the civilian
clubs, the No.8's rubber butt plate was a sensible use of the design already
utilised on B.S.A.'s target rifles. It is moulded with the familiar 'Piled Arms'
logo of the Birmingham Small Arms Co., as applied to their many varied
manufactured items from arms to motor and push bicycles, cars, and a
plethora of unlikely products including, of all things, a patent design for
an 'automatic' telescopic aluminium shoe-tree given the unlikely trade name "T.A.T."
...... in the form of the "TELESCOPIC AUTOMATIC TREE"
leaf is the BSA code marking for small parts.
The Enfield Pattern Room collection, now at the Royal Leeds Armouries, holds three versions of the No.8 rifle. Their reference no.RB398 is the Match Model of BSA manufacture, and RB 396 being the ROF Fazakerley pattern for the issue Infantry model, and marked on the left side of the action body as " .22 NO. 8 Mk. I ". Both of these rifles were manufactured in 1949. The third example is RB 397, being a commercial model with tunnel fore-sight and ' fine adjustment aperture backsight', and manufactured in 1952.
The accuracy of these rifles, even after many years of use, is not to be sneezed at. A lightly used privately owned commercial rifle will still be capable, in practised hands, of competing at an unexpectedly high level in modern competition. The trigger may need fine tuning to improve let-off, but even this particular rifle has shot a 97 ex 100 on the current N.S.R.A. 1989 indoor short range target; this would be a commendable score with a modern Anschutz or equivalent target rifle. A British correspondent domiciled in Germany has advised us that his old service issue No.8 will still shoot a one-and-a-half-inch group at 100 yards, so don't be too quick to blame one of these rifles for a poor shoot!
We are fortunate to be in the position to show a facsimile of an article published
in the Summer 1952 issue of the National Small-bore Rifle Association's quarterly journal - "The Rifleman"
In the preceding Summer issue, there was a short mention of this upcoming article, which read .....
The New Number 8 Rifle
'It is interesting to record that arising from an article in these pages by the late A.G. Banks, and deliberations by a Committee of Experts, which included senior N.S.R.A. officials, the Ministry of Supply has produced a .22 rofle for issue to H.M. Forces.
The tests which were carried out with prototypes as far back as the S.M.R.C. National Meeting held at Ham and Petersham in 1946, have shown the rifle to be favourably comparable with the present-day commercially manufactured target rifle.
The model now being issued to H.M. Forces has a 26" barrel and is fitted with an open blade foresight and an aperture backsight, which is adjustable only for elevation, and the peep-hole is on the large side.
Parker-Hale have, with their usual enterprise, designed a new back-sight which can be fitted into the No.8 rifle They have also modified their standard small-bore aperture foresight to fit the No.8. Both sights are available from the N.S.R.A.
A fully illustrated description of the new rifle, from the able pen of Mr. V.H. Gilbert, former British small-bore champion, will appear in our next issue.'
The reference to the trials of 1946 relates to the presence of a small number of the prototype rifles taken by to that year's main S.M.R.C. meeting for testing, by the small-bore shooting fraternity, to gain opinions upon their suitability as both training and target rifles. The basic configuration these rifles was evidently effectively that of the No.5 rifle, but the specific models are referred to as the ".22 No.6 Rifle" by articles in subsequent journals. The Autumn 1952 article follows below.
The New No. 8 Mk. 1 Rifle
By V. H. GILBERT
THE CONCEPTION of the No. 8 Rifle is probably the highest compliment that has been paid to the work of the N.S.R.A. and small-bore rifle shooting in the national interest, by the War Office, since the inception of the sport. It represents admittance that the finest training in marksmanship and future use of military calibres or weapons is obtained through .22 target shooting.
The idea that the Government should sponsor the design and production of a .22 rifle based on the No. 4 service rifle for this purpose goes back to the closing days of the last war and had reached a state of prototype design by the time that the S.M.R.C. held the first postwar National Meeting at Ham and Petersham in 1946. At that time several rifles were available for loan to competitors at the meeting so that opinions and criticisms could be obtained.
The policy was then to produce two models: one of military shape with service type sights and action but of carbine size, otherwise similar to the No. 4, the other with longer barrel, ring foresight, aperture quarter-minute rearsight and adjustable trigger for the keen. type of target shooter.
The writer's main interest naturally centred in the second of these objects at that time and although later decisions of high level policy and finance have dictated the production of one model only based on the first conception, some rifles of the latter type were produced and the knowledge gained from them has not been lost.
It is perhaps encouraging to report that whilst in process of designing and fitting a suggested form of extension rearsight for the target model, a personal opportunity presented itself to fire the weapon from the shoulder, and the best group of 10 shots at 100 yards with the best match ammunition then available measured -kin. between extreme shot centres. A result which could only be considered a credit to the most expensive imported weapons and certainly a feather in the cap for a mass-produced type rifle.
The final model which is now on issue to the Army, T.A., and Junior pre-Service units is illustrated in its Service form below.
The backsight has little to commend itself to the target shooter having only one fixed aperture, one minute click elevation and no windage adjustment, and a position on the body too far ahead of the eye for normal prone shooting technique.
The foresight is a robust and ingenious fixture which can be readily removed and replaced by a standard fitting of tunnel aperture sight with interchangeable ring elements for target work (see Fig. 5).
Length overall (normal butt) ... ... ... ... ... ... 41 inches
Length of barrel ... ... ... ... ... ... ... ... ... ... 23.36 inches
Weight ... ... ... ... ... ... ... ... ... ... ... ... ... 8 lb. 14 oz.
Number of grooves... ... ... ... ... ... ... ... ... ... 6
Twist of rifling ( 1 turn in 16")... ... ... ... ... ... Right-hand
Sight radius ... ... ... ... ... ... ... ... ... ... ... 27.14 inches
Barrel dia. (at muzzle)... ... ... ... ... ... ... ... ... ... ¾ inch
Barrel dia. (at receiver) ... ... ... ... ... ... ... ... ... ... ⅞ inch
Head space ... ... ... ... ... ... ... ... ... ... .046 in. ( + or- .001 in.)
A unique feature of these rifles is the bore and rifling. The rifles are normally bored, parallel to a diameter of .2160 in. with a straight "lead" or taper from the chamber to bore diameter of approximately 2 in.- 2½ in. in the samples tested. The rifling or grooves, however, taper in depth throughout the length of the barrel and are only approximately .015 in. deep at the muzzle.
Bullets accordingly emerge practically free from engraving, having been subject to a steady squeeze down each groove which in theory should help to give the most effective gas seal and maximum spin, without shearing or stripping of the driving force. In practice, both the samples tested gave groups at 100 yards in which a varying percentage of shots showed evidence of "keyhole" effect, or unstable flight, apparently related to ammunition velocity and shape of bullet, being almost completely absent with one particular brand of imported Match ammunition.
It is perhaps significant that this ammunition was the only one of various British and American brands tried which was so formed that the bullet received engraving from the "lead" before it was fired. It is the writer's considered view that the barrels are extremely good and the theory of taper grooves is sound, but are spoilt by the "lead" which should be modified to ensure that all brands of available ammunition, particularly the British makes, are accurately centred in the bore and engraved by the grooves when the bolt is closed before the gun is fired. [See Military RF Ammunition Specification]
Readers will be interested to learn that all rifles made at the Royal Ordnance factories are group tested on a modified form of "Enfield" machine rest with I.C.I. Rifle Club ammunition at 100 yards, and must place nine out of every ten shots fired into a 2 in. group. I am given to understand that general production passes this test with ease. Confirmation and some interest may be aroused by the illustrations of two composite 80 shot groups, in one case made up entirely of two brands of American Match ammunition, and the other I.C.I. Rifle Club ammunition, both fired from the shoulder and each with two No. 8 rifles.
THE TRIGGER AND ACTION
The trigger Mechanism is a modified form of Mauser action in which thesear is pivoted in a separate cradle to increase the mechanical advantage and separate the requirements of first second pull for military and target shooting needs, with the advantage that both can be adjusted in final pull-off weight by screw adjustment. The action can be readily appreciated from the diagrams in conjunction with the following explanations.
With the weapon cocked, the trigger (15) is pressed and rotatesinitially about the cradle pin (17) as a fulcrum, levering down the sear in its cradle (11) and rotating both about the common axis pin (46) against the combined pressure of springs (8) and (9). As soon as pin (18) engages with the cradle, the first pressure ceases and leverage is transferred to that point. Continued pressure now brings down the sear relative to bolt and cradle and eventually the striker is released. Sear engagement is normally adjusted and pre-set to 0.03 in. by screw (12) before the rifle leaves the factory and will not normally require adjustment.
The change to single action for competition use is a simple matter — outer spring (9) is removed and screw (18) advanced after release of its locking screw until the first pressure is completely removed.
Trigger weight can then be adjusted to 3 lb. by the slotted spring cup (10). This cup is grooved and provided with a ball clicking action for each 4 revolution for positive location and convenience of adjustment by 24 oz. increase or decrease of trigger pressure per click.
The bolt release and safety catch are standard with the No. 4 as also the general arrangement of the bolt itself, apart from detail of the bolt head and firing pin contained therein, the latter being separate from the striker and main spring assembly and immediately accessible by unscrewing the bolt head with the fingers.
Competition Use. Apart from the alteration of trigger pressure, conversion to competition use requires substitution of the ring type foresight attachment which is a simple job : removal of the battle type rearsight and attachment by two screws of an approved pattern rear-sight having the requisite six hole eyepiece and 4 minute click adjustments. The rearsight illustrated is the P.H.5D. obtainable from the N.S.R.A. and is not an issue with the rifle (Fig. 6).
Stocking. The woodwork on the rifles is either walnut or beech stained and oil polished to an attractive and serviceable finish.
Three standard lengths of butt are available (short 12½ in. long, medium 13 in. and long 13½ in.); each is interchangeable and fitted with a grooved rubber butt plate which effectively eliminates slip on the shoulder.
The main support is, of course, the fore-end which is attached to the body by the rear swivel screw and is arranged to bear solidly on the body of the action and on the barrel at the front end.
When correctly bedded the barrel should lie centrally on the wood free from any lateral influence and require a pressure of 3-5 lb. to separate the two. It should return exactly to its point of bearing and be free from any other strain or stress.
The sling loops or swivels are of standard width to take a 1¼in. wide strap or sling and the whole of the steel work and metal parts are anti-rust (phosphate process) treated followed by a dull black stoved-on finish.
attractive as the normal high polish and gun blue
to which most shooters are accustomed, it is far more likely to stand up
to rough usage, field use, or even storage
in damp club rooms or lockers.
All in all the rifle has a lot of good points and is well suited for the purpose for which it was designed. It is not intended to attract the expert but should be deservedly popular with the juniors, and rank and file of riflemen.
Supplies can be made available for civilian rifle clubs through the N.S.R.A. if the demand warrants placing a bulk order. Price will depend on quantity and will be subject to negotiation with the Ministry of Supply.
A particularly interesting development point, in the history of the No.8 rifle, came to light only very recently (early 2011).
Further research by Capt. Peter Laidler from the Small Arms School at Warminster has only lately revealed the existence of what can best be described as a Rifle No.8"T".
Captain Laidler has kindly afforded us permission to here copy his notes on the subject.
’….the sniper gains little in value in shooting in the indoor range or theatre as he cannot use the No.8 rifle fitted with the No32 telescope or in darkness, with the IWS. It is suggested that fitting the (L42) rifle sight pads to the No.8 rifle would enable the No.32 sight and IWS to it for use indoors. ITDU are to trial the suggested proposal and to assess the adjustment that would need to be made to the No32 telescope and the IWS when fitted to and fired using the No8 rifle at 25 yards’
[Notes: (1) See - 'IWS' (Individual Weapon Sight); (2) The ITDU is the 'Infantry Trials and Development Unit' at Warminster : Ed]
The choice of the standard No.8 rifle was because there were plenty in stock and utilizing these would save considerable expense. The idea was not new. It certainly wasn’t because, 10 years before, similar No.9 type telescoped rifles had been used for the same purpose. And the current No.8 rifle when fitted with the No.4 butt was similar in operation and appearance to the L42 rifle. And anyway, if need be, it would be a simple, local exercise to fit a production L42 fore-end and handguard to the No.8 rifle. Indeed, there was still 1959 dated authority, to units engaged in the large scale training of recruits, that, in order to create realism to the shooting training programme, No.4 butts could be fitted to the No.8 rifle…….. but I digress.
Two No.8 rifles were supplied together with several sets of body pads (presumably from stripped or redundant No.4 or L42 rifles). These were fitted at the ITDU workshop. The first thing that became apparent was that the No.8 rifles with tapered body sides (the ex. Fazakerley No.5 bodies, where they utilized old No.5 stocks) were unsuitable for any such conversion.
The long and short of the trials is that what the team wanted was impossible to achieve! They wished that any converted No.8 rifle would stand alone WITHOUT a separate sight, and that the sight would be transferred from the L42 rifle that the sniper was using on the course. There were obvious problems. Firstly, NO sniper wanted to upset his finely zeroed No.32 telescope (they were L1A1 by then, but let’s not spoil their paperwork…..) that he KNEW would retain its zero when removed and replaced. Indeed, some refused to remove them once zeroed in! Some trials were undertaken to ascertain what adjustment would be needed to change back and forth on the courses. Alas, they were flogging a dead horse. After all, that’s WHY the telescope is numbered to the rifle in the first place.
Additionally, the fixed focus No.32/L1A1 telescopes were quite incapable of focusing down to such short ranges and have to be adjusted at the objective to do so. Quite why the trials team did not suggest that the idea had some merit providing that a small supply of redundant telescopes were made available is not clear. There were certainly stockpiles (albeit small….) of Mk2/1 telescopes that could have been utilized.
Anyway, the trial ended and, in September 1977, at the suggestion of the trials team, Lt. Col. Randall put the matter to bed. But the question is still there………. Have these two enigmatic No.8T rifles emerged onto the commercial marked yet? Do you have one still with the pads or the tell tale holes? Don’t all jump up, because, while we don’t know the serial numbers, they do carry the engraved markings of the ITDU authority. "
Should you be fortunate enough to discover one of these two rifles, do let us know. We'd be absolutely delighted to be able to picture one here.
In the absence of the real thing we will in due course otherwise perhaps have to engineer a mock-up in Photoshop.
In the meantime, it should be remembered that, in relation to small-bore sniper training rifles, this proposal for a No.8 "T" was nothing new; in fact, proposals for a .22RF conversion of a No.4 rifle to a sniper trainer were taken one step further. A smal number of such rifles were built and used at the Small Arms School - see the Rifle No.4T in .22 inch calibre.
Below is a copy of the trigger adjustment detail of the No.8 rifle.
Particularly for anyone fortunate enough to possess a No.8 rifle, the following extract, from S.A.T. Pamphlet No 11 - Weapon Handling, 1955, may be of interest.
SECTION 5 -EXERCISES ON THE MINIATURE RANGE
FOR No. 8 RIFLES
EXERCISE 16 -TILE SHOOT
1. Aim - To exercise individuals and rifle groups in rapid fire.
2. Notes - You can also run this exercise on a 25-yards range, and use any type of rifle.
3. TARGETS - Ten falling plates about one inch square for each team. To make them, take pieces of tin one inch by one inch and a quarter, make a quarter-inch cut in the centre of a one-inch side, and bend the two quarter-¬inch pieces to form a stand.
4. Firers - Teams of four.
5. Conduct - On the command "Fire ", the teams start shooting, and, the plates fall as they are hit. A knock out competition can be run on these lines.
6. Winners - The team that knock down all the plates in the shortest time (or, in the event of a dead heat, with the fewest rounds).
EXERCISE 17 -BLIND APPLICATION
1. Aim - To show that good fire effect is possible even without a proper aiming mark.
2. target - The backs of representative TARGETS .
3. Conduct - Each man fires a five-round group at the centre of his target.
4. Scoring - Add together the score for the size of the group and the application score from the other side of the target.
EXERCISE 18 -HARMONIZATION
1. Aim - To exercise NCOs in recognition and in giving fire control orders, and private soldiers in recognition and firing.
2. TARGETS - Landscape target set up for harmonized shooting (see Infantry Training, Volume I, Pamphlet No 3, 1955 (WO Code No 8903), Chapter 2, Section 9.
3. Firers - Teams of six.
4. Conduct - See Pamphlet No 3, Chapter 2, Section 9. 5. Winners -The team with the highest score.
EXERCISE 19 -MINIATURE RANGE BATTLE PRACTICE
1. Aim - To exercise section commanders in controlling fire and indicating TARGETS , and sections in recognizing TARGETS and in fire discipline. All platoon weapons can be used, but only No. 8 rifles can be actually fired.
2. TARGETS - See Infantry Training, Volume iii, Pamphlet No 33, 1952 (WO Code No 8713), Chapter 6. 3. Conduct - Make up a simple tactical setting in the form of narrative and problems. For instance, describe a section in defence and practice both the routine of defence and the action when enemy appear at different ranges.
There has been an interesting recent occurrence concerning those No.8 rifles (March 2009) previously in use by New Zealand's various Cadet Forces. Their Lee-Enfield No.8 and Lee-Enfield No.9 rifles were taken out of service, and it was proposed by some NZ authorities that they should be destroyed. A campaign, by shooters and collectors of such historically significant rifles, convinced those authorities that both New Zealand's military heritage and the nation's coffers would be better served by the sale of these non-threatening firearms to collectors such as themselves. In the event, a total of 450 rifles were saved from destruction. The sale was handled by Turners Auctions, and their catalog may still be available at www.turners.co.nz
Included in the auction were 285 of the No.8 rifles, 116 of the No.9 rifles
and 53 of the L59A2 - .303 No.4
Drill Purpose rifles.
To obviate the purchase of large quantities by dealers, collectors were allowed to buy a maximum of one of each type. One such purchaser has written to us to say ........."With our new acquisitions, a lot of us are now in need of information from sites such as yours. Congratulations on a great site, and thankyou for providing a great source of information."
We are grateful to this enthusiastic collector, who has provided this image of the rifles displayed at the sale. The picture is a sight for sore eyes.
For more information on the sale (and other photos) you can go to: MilitariaNZ.freeforums
For comparison, see collective images of the bolts for the Rifles Nos. 5, 7 (British), 8 & 9.
See also the page on the .22 MARTINI and the LEE_ENFIELD TRIGGER PULL