Tag: 3D printing

PKC Glock with 3D-printed frame seized in Sydney, Australia

G. Hays & N.R. Jenzen-Jones The New South Wales Police force have charged a 32-year-old man in Sydney, Australia with firearms offences following a raid on a Newtown home on 22 September 2020. During the raid, a Glock-type self-loading pistol assembled using some 3D-printed components was seized along with a 3D printer, additional 3D-printed firearm

Continue Reading

Firearm with 3D-printed frame recovered following police shooting in California

G. Hays & N.R. Jenzen-Jones On 18 June 2020, at approximately 1752 local time, 18-year-old Andres Guardado was fatally shot by a deputy from the Los Angeles County Sheriff’s Department (LASD) after allegedly drawing a firearm. The shooting took place in the 400 block of Redondo Beach Boulevard, in the unincorporated Gardena area, outside Los

Continue Reading

Multiple 3D-printed Firearms Seized in Sydney, Australia

G. Hays On Tuesday 11 August 2020, police in New South Wales, Australia executed a search warrant on a home in the Sydney suburb of St Marys following a yearlong investigation into the manufacture and supply of 3D-printed firearms to criminals across Sydney’s west. At the home, investigators arrested a 29-year-old man who was charged

Continue Reading

Polymer 3D-printed barrel successfully tested

G. Hays Following on from the release of the FGC-9 (see ARES Research Report No. 8 for details), development in the area of 3D-printed firearms components has been rapidly progressing. Recently, this was expressed in the testing of another novel semi-automatic firearm, in this case a .22 LR AR-style ‘pistol’ featuring a barrel entirely printed

Continue Reading

Luty Sub-machine Guns: past, present & future

Chloe Tousignant Philip A. Luty was a British designer of homemade firearms. Whilst he did not consider himself an activist, he held strong beliefs in favour of universal firearms ownership and expressed these via his website and other platforms. As a form of political protest, Luty sought to widely disseminate plans for firearms. Luty designed

Continue Reading

Toronto Police seize PKC Glock with 3D-printed frame

Ivan T. In April 2020, the Toronto Police Service seized what appears to be a Glock-type self-loading pistol. To the non-specialist, this may appear to be a modified factory-made Glock handgun, but it is in fact a craft-produced firearm constructed using a 3D-printed frame. It is most likely to be what is known as a

Continue Reading

ARES Releases Research Report 8: Desktop Firearms

Armament Research Services (ARES) is very pleased to announce the release of our latest Research Report, Desktop Firearms: Emergent Small Arms Craft Production Technologies. The report examines the range of emergent technologies which are influencing the craft-production of small arms by individuals, and the effects these are having on the types of weapons that can

Continue Reading

Firearms using 3D-printed components seized in Sweden

ImproGuns In January and February this year police in Malmö, Sweden seized two firearms which appear to have been partially constructed from parts produced using a 3D printer. A photo, released by the Police, of one of the firearms shows that the lower and upper receivers as well as the outer barrel assembly display characteristics consist

Continue Reading

Semi-automatic firearm produced using 3D printer

Improguns Firearms produced using additive manufacturing techniques have been the subject of significant media attention and research. Most firearms printed from polymers have suffered from significant limitations to operational utility, primarily being single-shot weapons. The Shuty MP-1 is different. The latest in a series of videos detailing the development of the MP-1 9 x 19 mm

Continue Reading

Report: 3D printing and firearms manufacture

ARES Director N.R. Jenzen-Jones has authored a chapter in a newly released Small Arms Survey paper examining the impact of new technologies in the firearms industry. Mr. Jenzen-Jones’ chapter focuses on the use of additive manufacturing techniques (3D printing) in the firearms industry, the technical merits of the various processes and products, and the associated

Continue Reading