(click to enlarge)
|Austria||M1854||Socket bayonet for use with the 13.9 mm. (.54 caliber) M1854 Lorenz rifle. This bayonet was also used with the M1854/67 Wanzl breech loading conversions.
The M1854 bayonet is easily identified by the helical mortise and flattened cruciform blade profile. The socket length measures 3.187 in. (81 mm.).
The Lorenz was imported in quantity by both sides during the U.S. Civil War. The Union imported over 225,000 and the Confederacy perhaps as many as 100,000, making the Lorenz second only to the .577 caliber Enfield rifle-musket, as the most common imported firearm.
|19.00||483||22.187||564||.755||19.2||Elbow (left): Starburst and circle-L
Elbow (right): "61.280.
|Scabbard for M1891 Socket Bayonet||Scabbard for use with Russian M1891 socket bayonets captured during the First World War, along with 7.62 mm. Mosin-Nagant rifles.
Russia did not supply a scabbard, preferring that soldiers keep the bayonet fixed all of the time. However, Finland, Germany, and Austria manufactured scabbards for use with bayonets captured from the Russians.
|Belgium||M1867/41 Albini- Braendlin||Socket bayonet for use with the 11 mm. M1867 Albini-Braendlin rifle. The Albini-Braendlin rifle was a breechloading conversion of earlier M1841 and M1853 muskets.
This example is a conversion of the earlier M1841 socket bayonet, as is evidenced by the off-center bridge and brazing lines on the socket. New-made M1867 bayonets were also produced.
This scabbard was also used with export production by the Liege firms, such as the Uruguayan M1871 Mauser socket bayonet.
|18.25||464||20.875||530||.675||17.1||Socket: "N2334" various proofmarks
Locking Ring: "-LL"
Scabbard (body): "186?" overstamped with "1890"
Scabbard (finial): "P" inside a square
|FAL Type C||Socket bayonet introduced in the 1960s for the FN–FAL assault rifles that incorporated the 22 mm. NATO-spec flash hider.
This example is parkerized, with black paint over the parkerizing on the socket only.
Two models of spring catch were used on the FAL Type C bayonet. The M1963 with serrations and the M1965 with 'wings."
This scabbard is an uncommon Fabrique Nationale (FN) steel-bodied scabbard. Note that the throatpiece is oriented so that the socket faces outward when carried. This is typical of most FAL Type C scabbards.
|FAL Type C||This example is parkerized, with black paint applied over the parkerizing on the socket.||6.25||159||11.25||286||.890||22.6||None.|
|FAL Type C||This example is painted black overall and has an unusual scabbard. The scabbard is unusual in a couple of respects:
—It has a U.S. M1910-style wire belt hanger affixed to the scabbard throat piece.
—The throatpiece is oriented so that the socket faces inwards when carried. This orientation is generally associated with South African scabbards, however, this scabbard is not South African.
The bayonet's serial number is in a larger font than is typically observed.
Scabbard (body): "646" in yellow paint
|FAL Type C||This is believed to be the final FN production type (ca. 1977–88), as FN sought to reduce cost of the FAL product.
FN constructed the socket by forging upper and lower halves using a drop hammer. Hot metal was poured in between the halves, to make the complete blank, which was machined to create the tubular socket. The sprue line is evident in the pictures at left. The earlier FAL Type C bayonets had a one-piece drawn socket.
I have seen an unfinished casting that has a FN mold mark, so know that FN used this construction method. The scabbard body is plastic, with an integral web belt hanger.
This construction method was subsequently used by the German firm, A. Eickhorn GmbH of Solingen (AES). These images of the FN (top) and AES (bottom) show differences that distinguish the two makers' production.
|Brazil||FAL Type C||This example has the M1965 spring catch and a black paint finish. The scabbard is plastic, with an integral cotton web belt hanger.
The snap fastener on the belt frog is marked "Eberle." Eberle S.A. is a Brazilian firm that manufactures, among other things, textile fasteners. The identification of this bayonet as having been made by IMBEL is based on the identification of the belt hanger's fasteners. IMBEL is an abbreviation for Industry Material Bélico do Brasil (Military Material Industry of Brasil), the State arms factory formerly known as Fabrica de Itajuba.
|6.75||165||11.375||289||.890||22.6||Snap (belt hanger): "Eberle"|
|SAR-48 (FAL Type C)||A commercial bayonet shipped with the Springfield Armory Inc. SAR–48 rifle. The SAR–48 rifles were semi-auto FAL rifles produced by IMBEL in Brazil for commercial sale in the USA by Springfield Armory Inc.
This example would have been produced in the 1980s. The bayonet is unmarked, with a black paint finish overall.
The scabbard has a plastic body, with an integral nylon web belt frog. The throatpiece is positioned so the socket faces outward. The belt frog has the U.S. M1910-style wire belt hanger. Both the copper-plated glove fastener and rivets used on the belt hanger are marked "Eberle."
The SAR–48 bayonet is unusual in being of late manufacture, but having the M1963 serrated spring catch.
|6.375||162||11.375||289||.890||22.6||Snap and Rivets (belt hanger): "Eberle"|
|Britain||Long Shank Dutch/Liege Socket Bayonet||Socket bayonet for use with an .80 caliber flintlock musket.
The long shank Dutch/Liege socket bayonet was among the earliest socket bayonet patterns, dating from ca. 1710. It was used by Britain and likely other countries. In 1715, at the end of the War of Spanish Succession (Queen Anne's War), Britain purchased 20,000 Dutch muskets and flat-bladed bayonets to replenish depleted Army stores until British production could make up for wartime losses. In his book, The Socket Bayonet in the British Army 1687–1783, author-researcher Erik Goldstein, illustrates a nearly identical bayonet, marked in the same way as this example, as the type believed purchased by Britain in 1715. A few examples have been excavated at North American sites associated with the French and Indian War (Seven Years’ War) of 1754–63.
The socket is formed by an overlapping weld at the top. The blade is of a flattened hexagonal cross-section, with long shank and a square shoulder with no guard. This example has a two-step I–mortise, indicating that it is the earliest of its type. Most had a third step added during their service life to create a L–mortise, however, this example remains unmodified. The bayonet is probably made of iron, which may account for its acquiring a slight bend near the point.
The socket length is 2.9375 in. (75 mm.). The blade width is 1.125 in. (29 mm.).A very scarce bayonet, seldom encountered outside of a museum.
|12.00||305||16.50||419||1.00||25.4||Socket: "O" over "No ?063"|
|Short Shank Dutch/Liege Socket Bayonet||Socket bayonet for use with a .75–.80 caliber flintlock musket.
The short shank Dutch/Liege socket bayonet was developed ca. 1730 as an improvement on the long shank socket bayonet. Britain purchased 36,000 stands of Dutch arms in 1740-41 and a further 10,000 in 1745 to supply colonial forces. Some of these weapons were sent to North America, seeing service during the French and Indian War (Seven Years’ War) of 1754-63. These bayonets also saw service in North America during the Revolutionary War, supplied to Hessian mercenaries hired by the British to fight the Continental Army. Examples have been excavated at many North American sites associated with these two conflicts.
The refined socket lacks the crude lap weld of the long shank bayonet pictured above. It features a shorter, stronger shank and conspicuous oval guard at the blade shoulder. The blade is of a flattened hexagonal cross-section. This example has a two-step I–mortise, indicating that it is among the earlier of its type. Most had a third step added during their service life to create a L–mortise, however, this example remains unmodified.The socket length is 2.625 in. (67 mm.). The blade width is 1.00 in. (25 mm.).
|11.75||298||16.00||406||.970||24.6||Socket: "No. 659"|
|Volunteer Sword/Socket||Socket bayonet for use with a .65 caliber flintlock musket.
These were made outside of the British Ordnance System for private sale. This example is identical to bayonet B58 documented in Skennerton's book. According to Skennerton, these date from 1775–1800.
The blade is single edged with a shallow fuller on both sides. Blade is 1.25 in (32 mm.) wide. The horizontal blade orientation positions the blade edge down when fixed. The 3.625 in. (92 mm.) socket is cut for a top stud.
This design was not widely used, so these don't turn up all that often.
Collar: "2" "X" and two sets of two parallel hash marks
|Pattern 1853||Socket bayonet for use with the Pattern 1853 Enfield Rifle-Musket.
This example has no British government markings, indicating that it was likely imported to the USA during the American Civil War.
According to British socket bayonet authority Graham Priest, the “J•R” marking indicates that the bayonet was likely made in Liege, Belgium. The other ricasso marking may be an incomplete CHAVASSE. There was a retailer, Horace Chavasse & Co., at Alma street, Aston Newton (near Birmingham, England) 1860–1868. Chavasse has been documented as also having marked and exported P1856 sword bayonets.
The socket length is 3.00 in. (78 mm.).
|17.25||438||20.25||514||.787||20.0||Ricasso: "P (dot) B" and “CHAVAS”
Socket (rear edge): 2 punch marks and 7 notches
|Pattern 1895||Socket bayonet for use on the .303 caliber M1895 Martini-Enfield rifle. The Pattern 1895 bayonets were altered Pattern 1876 bayonets, originally made for the caliber .577–450 Martini-Henry rifle.
This example was converted at the Royal Small Arms Factory, Enfield Lock (RSAF Enfield) in January 1900. This example saw service in the Middle East, probably Egypt.
According to Skennerton, Pattern 1895 bayonet conversions were only done at Enfield, with 86,234 conversions done between 1895 and 1902.
Alterations include compressing the socket to the smaller diameter, filling the original mortise, and cutting a new mortise 90 degrees from the original to allow the bayonet to hang underneath the barrel when fixed. A filled portion of the original P1876 mortise is visible under bright light.
The socket length is 3.00 in. (78 mm.).
|21.50||546||25.125||638||.650||16.5||Ricasso: broad arrow proofmark and "1 00" and Enfield inspector and bending test proof marks.
Blade (Right): "479" in Arabic
Blade (Left): "184" in Arabic lined through and British inspector mark
|No. 4 Mk. I||Socket bayonet for use with the caliber .303 Lee-Enfield No. 4 rifle. These saw extensive use during the Second World War and into the 1950s, when the Lee-Enfield was superseded by the 7.62 mm. NATO caliber FN–FAL assault rifle.
The No. 4 Mk. I was beautifully made, with its distinctive cruciform blade. The bayonet and socket were one solid forging. No. 4 Mk. I markings were reminiscent of how Pattern 1907 bayonets were marked, with the royal cypher, type, and maker.
Only 75,000 of this type were made. Production occurred during the latter half of 1941 and into the early months of 1942. The only maker was the Singer Manufacturing Co. (the famous sewing machine people), at their Clydebank, Scotland plant. One influence in the selection of Singer was that Scotland was felt to be safer from German bombers, than England.
|8.00||203||10.00||254||.595||15.1||"G (Crown) R" over No 4 Mk I" over "S M"
Spring Catch: "SM" over "41"
|No. 4 Mk. II||The No. 4 Mk. II was a simplified version, eliminating the milling cuts required to create the cruciform blade flutes. The No. 4 Mk. II was otherwise identical to the Mk. I, with the bayonet and socket one solid forging.
Three firms produced the No. 4 Mk. II: Singer in Scotland, the Savage Stevens Co. in the USA, and Long Branch in Canada. The No. 4 Mk. II was, by far, the most numerous variant, with over 3.3 million units produced.
|8.00||203||10.00||254||.595||15.1||Varies (see No. 4 Spike page)|
|No. 4 Mk. II*||The No. 4 Mk. II* (pronounced: number four, mark two, star) was a further simplified version, with the socket and blade two separate forgings. This lowered costs and allowed manufacture by subcontractors. This also disbursed production, mitigating the risk of production being interrupted by bombing. Two-piece construction gives the No. 4 Mk. II* its characteristic stepped join between blade and socket.
Four firms produced the No. 4 Mk. II*, all in the UK: Prince-Smith & Stells, Howard & Bullough, Lewisham Engineering, and the Baird Manufacturing Co. 1.4 million No. 4 Mk. II* bayonets were produced, over a million of which were produced by Prince-Smith. The other makers were much less prolific.
The finish varies considerably between manufacturers, with Baird bayonets approaching the excellent finish of the No. 4 Mk. I and some Prince-Smith examples exhibiting rough tool marks.
|8.00||203||10.00||254||.595||15.1||Varies (see No. 4 Spike page)|
|No. 4 Mk. III||The No. 4 Mk. III was the final, and crudest, form of the No. 4 spike bayonet. The socket is fabricated by welding together seven sheet steel stampings, eliminating the socket forging process altogether. Even the spring plunger is a stamping.
196,200 were produced, all by Joseph Lucas Ltd., Chester Street, Birmingham.
The No. 4 Mk. III was declared obsolete in 1946.
|8.00||203||10.00||254||.595||15.1||Lucas marked the bayonets with M158 on the top pf the socket.
The rod of this example is marked S7, indicating manufacture by subcontractor Auto Engineering Ltd. of Croydon. Auto Engineering produced approx. 30,000 rod forgings.
|STEN Mk. I||Socket bayonet for use with the 9 mm. caliber STEN Mk. II submachine gun.
The STEN Mk. I bayonet was fabricated out of sheet steel and utilized a rod-style blade copied from the No. 4 Mk. II* socket bayonet. Although the STEN rod was of a larger diameter, this enabled the STEN Mk. I bayonet to use the existing No. 4 scabbard. Even more crude than the later No. 4 Mk. III bayonet, the STEN Mk. I represented the ultimate in Second World War bayonet simplicity.
The firm of B. & J. Sippel Ltd. produced the sheet steel parts. Spikes marked with the lowercase ”L” are believed to be made by Laspee Engineering Co. of Isleworth. This example was assembled by the firm Grundy Ltd. of Teddington. The socket bears Grundy’s dispersal code, “S41”. The socket also bears a partial Broad Arrow acceptance mark.
The large forward projection on the stamped spring steel catch serves as a fingerguard, so the bayonet can also be used as a hand weapon.
75,280 bayonets were believed produced during 1943–1944, 55,800 by Grundy Ltd. and 19,480 by N.J. Edmonds Ltd. Nearly all of the bayonets were believed scrapped, making period examples, such as this one, quite rare today.
|8.00||203||12.00||305||.740||18.8||Socket: "B & J. S. Ltd" and "S41" and partial Broad Arrow
Blade: lowercase "L"
Spring: " B & J. S. L"
|No. 7 Mk. I/L||The No. 7 Mk. I/L (pronounced: number seven, mark one, land service) was a very innovative and complex design, with a unique swiveling pommel. Part knife bayonet and part socket bayonet, the No. 7 Mk. I/L would mount to the Lee Enfield No. 4 rifle, the Mk. V Sten machine carbine, and the Sterling L2 submachine gun.
The No. 7 Mk. I/L was designed by the Wilkinson Sword Co., who produced 1,000 bayonets in 1944. Mass production was carried out by four manufacturers from 1945–1948: BSA, Elkington & Co., ROF Poole, and ROF Newport.
The No. 5 Mk. I scabbard was also used with the No. 7 and No. 9 socket bayonets.
|No. 9 Mk. I||Socket bayonet for use with the .303 caliber Lee-Enfield No. 4 rifle. The No. 9 Mk. I was adopted in 1947 and used until the Lee-Enfield was superseded by the 7.62 mm. NATO caliber FN–FAL assault rifle.
In Britain, the No. 9 Mk. I was produced primarily by ROF Poole and RSAF Enfield. Three private makers also produced small quantities. In Pakistan, Metal Industries Ltd. produced a small run in 1951 and the Pakistan Ordnance Factory produced much larger quantities during the 1950s and 1960s. South Africa also produced a variant of the No. 9, with a different blade profile.
|© Ralph E. Cobb 2011 All Rights Reserved|
|Society of American Bayonet Collectors|