Bullpup
A bullpup firearm is one with its firing grip located in front of the breech of the weapon, instead of behind it.[1] This creates a weapon with a shorter overall length for a given barrel length, and one that is often lighter, more compact, concealable and more maneuverable than a conventionally configured firearm. Where it is desirable for troops to be issued a more compact weapon, the use of a bullpup configuration allows for barrel length to be retained, thus preserving muzzle velocity, range and ballistic effectiveness.[2]
The bullpup concept was first tested militarily in 1901 with the British
Etymology
The origin of the term "bullpup" for this configuration has long been unclear. In 1957, the word was reported to denote a target pistol, particularly one with a fancy stock.[3]
British firearm expert
Description
The bullpup design places the gun's action mechanism and magazine behind the trigger, and the
Advantages
- The primary benefit of a bullpup weapon is that the weapon's overall length can be significantly decreased without reducing the barrel length. This allows a bullpup weapon to be more easily maneuvered and concealed than a conventional weapon with a similar barrel length, especially in tight spaces.[7]
- In some designs, the shorter length of stock reduces the weight compared to a conventional rifle with the same action.
- The kinematicallymore comfortable, especially when the shooter is running.
- Due to the shorter distance between the action and the butt plate, the leverage to create muzzle rise.
Disadvantages
- When using a bullpup weapon, the user's face is much closer to the action. This can increase noise issues and cause irritation to the shooter's eye and nose from exhaust gas. Spent cartridge cases may be ejected directly into the face of left-handed shooters. It can be difficult for a right-handed shooter to "off-hand" the weapon.[5] For weapons with reciprocating charging handles, there is also the risk of their charging handles striking left-handed users. The process of changing the ejection side varies in complexity depending on the weapon, but as a general rule it requires at least some disassembly and cannot be done "on the fly", such as when an unusual shooting position might call for the weapon to be used on the other shoulder. On some weapons, such as the SA80, changing the ejection side is simply not possible. As a result, bullpups often require unusual ejection mechanisms to allow easy ambidextrous operation. This is solved on some designs with ejection downward (FN P90, Kel-Tec RDB) or forward (FN F2000,[5] Kel-Tec RFB).[8]
- In case of a catastrophic failure, a bullpup weapon is more dangerous because both the barrel and the action are nearer to the shooter's head, neck and torso.
- When using iron sights, bullpup firearms typically have a shorter sight radius than conventional designs of the same barrel length, compromising accuracy.
- Bullpup weapons need a much longer trigger-sear linkage due to the trigger's forward position, so they tend to have stiffer, less precise triggers. Trigger pull characteristics are consequently a frequent criticism of bullpup weapons.[9]
- Changing magazines is often less intuitive and ergonomic,[10] and it is very difficult to perform a "drop free" change. This can be particularly problematic when the weapon is equipped with a sling, which attaches nearer to the magazine well in bullpup weapons and can physically interfere with magazine insertion.
History
The earliest bullpup firearm thus far identified is a heavy
After World War II, Western engineers drew inspiration from the German Sturmgewehr 44 assault rifle, which offered a compromise between bolt-action rifles and submachine guns. Among them was Kazimierz Januszewski (also known as Stefan Janson), a Polish engineer who had worked at the Polish national arsenal during the 1930s. After being mobilized during World War II he escaped German and Soviet forces and made his way to England, where he was a part of the "Polish design team" at Enfield Lock's Royal Small Arms Factory. The factory was run by lieutenant colonel Edward Kent-Lemon. As Januszewski was developing a new rifle, the "Ideal Calibre Board" was searching for a replacement for the .303 cartridge. The Board decided on an optimal 7 mm cartridge on which Januszewski and the two teams working at Enfield had to base their designs. One design team led by Stanley Thorpe produced a gas-powered rifle with a locking system based on the Sturmgewehr. The design used steel pressings which were difficult to obtain, and the design was scrapped. The result of the Polish design team's efforts was the EM-2, which broke significant new ground.[15]
The EM-2 contained some similarities to the Soviet AK-47, although Januszewski had never seen the Soviet rifle. The first significant bullpup assault rifle came from the British programme to replace the service pistols, sub-machine guns, and rifles. In the two forms of the EM-1 and the EM-2, the new rifle concept was born as a result of the experience with small arms that was gained during the Second World War.[15]
It was obvious that modern warfare would require the infantry to be armed with a light, selective fire weapon, with effective range much longer than that of a submachine gun, but shorter than that of conventional semi-automatic or bolt-action rifles. The bullpup design was seen as necessary to retain the accuracy at range while reducing overall length. The EM-2 was adopted by the UK in 1951 as the world's first (limited) service bullpup rifle, but was promptly displaced by the adoption of the 7.62×51mm NATO (0.308 in) cartridge, to which the EM-2 was not easily adapted. The decision was rescinded and a variant of the more conventional FN FAL was adopted in its place.[16]
A 7.62×39mm M43 calibre experimental assault rifle was developed by German A. Korobov in the Soviet Union around 1945, and a further development, the TKB-408 was entered for the 1946–47 assault rifle trials by the Soviet Army, although it was rejected in favour of the more conventional AK-47. The United States briefly experimented in the same year with the integrally-scoped Model 45A bullpup, which never progressed beyond the prototype stage; John Garand designed his T31 bullpup, abandoned after his retirement in 1953.
After these failures of the bullpup design to achieve widespread service, the concept continued to be explored (for example: a second Korobov bullpup, the TKB-022PM).
Adoption
The Steyr AUG (selected in 1977) is often cited as the first successful bullpup,[17][18][19] being in service with the armed forces of over twenty countries, and becoming the primary rifle of Austria and Australia. It was highly advanced for the 1970s, combining in the same weapon the bullpup configuration, extensive use of polymer, dual vertical grips, an optical sight as standard, and a modular design. Highly reliable, light, and accurate, the Steyr AUG showed clearly the potential of the bullpup layout. The arrival of the FAMAS in 1978, and its adoption by France emphasized the slide from traditional to bullpup layouts within rifle designs.[19]
The British resumed their bullpup experiments with the L85, which entered service in 1985. Following persistent reliability problems, it was redesigned by the then British-owned Heckler & Koch into the L85A2, to become a fully reliable weapon.[20] As of 2016, it is being replaced with the L85A3 which is lighter, more adaptable, and more durable.
Having learned from extensive combat experience,
The Chinese
Some sniper rifles such as the American
Bullpups are currently in service as standard issue rifle by the following armed forces:
- Austria: Austrian Armed Forces – StG 77; selected in 1977.
- Australia: Australian Defence Force – F88 Austeyr; selected in 1989.
- Belgium: Belgian Armed Forces – FN F2000; selected in 2004.
- China: People's Liberation Army – Type 95; selected in 1997. Currently being replaced by the QBZ-191 since 2019.
- IWI Tavor TAR-21.
- VHS; selected in 2009.
- IWI Tavor TAR-21.
- IWI Tavor TAR-21 and Steyr AUG.
- Ireland: Irish Defence Forces – Steyr AUG; selected in 1988.
- IWI Tavor TAR-21; selected in 2001, used by three of the five IDF infantry brigades.
- Oman: Royal Army of Oman – Steyr AUG.
- Russia: Spetsnaz – OTs-14 Groza, A-91, and SVU; selected during the 1990s.
- Singapore: Singapore Armed Forces – SAR 21; selected in 1999.
- Slovenian Armed Forces – FN F2000; selected in 2007.
- United Kingdom: British Armed Forces – SA80; selected in 1985.
Bullpups were in service as standard issue rifle by the following armed forces:
- France: French Armed Forces – FAMAS; selected in 1978. Currently being replaced by the HK 416F since 2017.[25]
- Malaysia: Malaysian Armed Forces - Steyr AUG; selected in 1991. Made under license from Steyr by SME Ordnance.[26] Was replaced by the Colt M4A1 in 2004.[27]
- LMT MARS in 2017.[27]
See also
- Close quarters combat
- List of bullpup firearms
- Personal defense weapon
References
- ISBN 9781733424622.
- ISBN 9781733424622.
- ISBN 978-1-317-62512-4.
- ^ "Origin of the Term "Bullpup" – with Jonathan Ferguson". YouTube. Archived from the original on 19 April 2020.
- ^ ISBN 978-0-425-21750-4.
- ISBN 978-1-4402-2709-7.
- ISBN 978-0-7864-7321-2.
- ]
- ISBN 1-4402-2684-9.
- ^ Reeves, James (25 March 2021). "A Year with the Desert Tech MDRX (Review)". The Firearm Blog. Archived from the original on 26 March 2021. Retrieved 26 March 2021.
- ISBN 9781733424622.
- ^ Curtis 1866: The First Bullpup – with Jonathan Ferguson, archived from the original on 11 December 2021
- ISBN 978-0-88935-026-7.
- ^ McCollum, Ian (23 June 2017). "The Model SS41 – A Czech Bullpup Anti-Tank Rifle for the SS". www.forgottenweapons.com. Retrieved 9 June 2023.
- ^ ISBN 978-0-88935-002-1.
- ISBN 978-1-78096-904-6.
- ^ Cunningham, Grant (1 October 2015). "The Bullpup Rifle Experiment, Part 4: do they have a place in the home defense arsenal?".
- ^ Crossley, Alex (1 September 2013). "Gun Review: The VLTOR AUG A3".
- ^ ISBN 978-1-4402-2400-3.
- ISBN 978-1-58574-835-8.
- ISBN 978-1-61200-389-4.
- ISBN 978-1-4728-1102-8.
- ]
- ISBN 978-1-4402-3752-2.
- ^ "Delivery first batch 400 HK416F assault rifles French army 10305173 | May 2017 Global Defense Security news industry | Defense Security global news industry army 2017 | Archive News year".
- ^ "SME Ordnance SDN BHD Products & Services". Archived from the original on 23 November 2010. Retrieved 22 March 2010.
- ^ a b New $59 million weapons package begins Defence Force rollout Stuff.co.nz, 16 June 2017
- Pauly, Roger (2004). Firearms: The Life Story of a Technology. Greenwood Publishing Group. ISBN 0-313-32796-3.
- Westwood, David (2005). Rifles: An Illustrated History of Their Impact. ABC-CLIO. ISBN 1-85109-401-6.
External links
- Media related to Bullpup at Wikimedia Commons
- Origin of the Term "Bullpup" - with Jonathan Ferguson (Keeper of Firearms & Artillery at the Royal Armouries in the UK) - Forgotten Weapons