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Craft production and 3D printing of SALW: Key policy implications and effective measures
United Nations Institute for Disarmament Research
1:13:33
Overview
This webinar addresses the critical issue of craft production and 3D printing of small arms and light weapons (SALW), focusing on policy implications and effective measures. It highlights the evolving landscape of SALW manufacturing, moving beyond traditional industrial production to include sophisticated 3D-printed and hybrid firearms. Experts discuss the challenges posed by the increasing accessibility of 3D printing technology, the proliferation of digital designs, and the implications for law enforcement, national security, and international arms control efforts. The discussion emphasizes the need for updated legislation, enhanced international cooperation, and innovative solutions, such as digital defense mechanisms and alternative livelihood programs for craft producers, to effectively counter this growing threat.
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Chapters
- •Webinar series aims to inform stakeholders for the open-ended technical expert group meeting.
- •Focus on craft production and 3D printing of SALW, including new manufacturing technologies.
- •Previous webinar covered challenges in marking, recordkeeping, and tracing polymer/modular components.
- •Future webinar will explore opportunities for arms control using technology.
- •A primer summarizing discussions will be published next year.
- •Craft production includes rudimentary to advanced hybrid systems, modifications, and assemblies from scratch.
- •The 'Liberator' (2013) was an early fully 3D-printed firearm; the FGC9 (2020) marked a step towards more advanced designs.
- •Hybrid firearms combine 3D-printed parts with commercially available hardware.
- •Data shows a geographical concentration of 3D-printed firearm incidents in North America and Europe, with increasing occurrences in Australia, New Zealand, Latin America, and Asia (Myanmar).
- •A steady increase in incidents post-2020 is linked to technological advancements, lower costs, design proliferation, and reduced barriers to entry.
- •Most incidents involve manufacture, possession, and trafficking.
- •A significant number of cases involve intercepted firearms before discharge ('failures').
- •Activities are primarily criminal, linked to organized crime and lone actors.
- •14% of incidents are terrorism-related or ideologically motivated, predominantly linked to far-right extremism.
- •Far-right groups' emphasis on weapon stockpiling makes 3D-printed firearms an attractive alternative, especially where traditional firearms are regulated.
- •Notable far-right incidents include the Halle attack (Germany, 2019) and a plot in Finland (2023).
- •Cases also linked to left-wing anarchists and dissident republican groups (Northern Ireland).
- •Sovereign citizens movement and Islamist extremism have also been associated with 3D-printed firearm designs.
- •Examples include plots involving drones with munitions and IEDs, highlighting diffusion of 3D printing technology beyond firearms.
- •Increasing involvement of youth in manufacturing 3D-printed firearms, with a growing number arrested for related offenses.
- •Challenges include rapid proliferation of DIY designs and reduced reliance on regulated components.
- •Key countermeasures include legislation, intelligence-led operations, and cooperation with private and public sectors.
- •Takedowns of online websites and chat groups are important.
- •Long-term solutions involve digital defense mechanisms (software to block printing of design files).
- •Awareness training and education for law enforcement and the public, especially youth, are crucial.
- •Interpol's challenge: tracing 3D-printed firearms is difficult due to lack of serial numbers and unique identifiers.
- •Working with partners to develop systems for tracing firearms back to the printer.
- •Expanding the Interpol Firearms Reference Table (IFRT) to include 3D-printed firearms to avoid misidentification.
- •3D printers are low-cost and easily available, leading to curiosity-driven printing.
- •Seizures include 3D-printed firearms, printers, and CNC machines in various regions, including Latin America.
- •Increasing frequency of 3D-printed firearms in North America and Latin America.
- •Development of 3D-printed auto sears, converting semi-automatic firearms to automatic.
- •Concerns about 3D-printed ammunition and grenades, though less frequently seized.
- •Promoting the Firearms Recovery Protocol, emphasizing ballistic examination and identification.
- •Developing a criminal analysis file to collect data on individuals, groups, trends, and routes involved in privately made firearms (PMFs).
- •France has a high number of firearms in circulation; legislation categorizes firearms strictly.
- •Criminals increasingly turn to partially or fully 3D-printed firearms.
- •Key threats include 3D-printed auto sears, homemade Glock frames, and FGC9 models.
- •Blueprints are often sourced from open-source websites, with contacts for spare parts.
- •Current penalties for manufacturing/possessing illegal firearms are insufficient deterrents for 3D-printed weapons.
- •Legislation needs updating to address the reality of 3D-printed firearms and blueprint sharing.
- •Improving international cooperation, controlling legal firearm manufacturers, and regulating digital blueprints are suggested.
- •Involving forensic laboratories and legislative discussions is crucial.
- •Sierra Leone focuses on traditional artisanal production, establishing a commission to regulate all arms.
- •A national survey found 377 manufacturers/repairers, with 94% willing to abandon the trade if provided alternative livelihoods.
- •Major challenge: lack of funding for alternative livelihood programs for craft producers.
- •Limited mobility hinders community task forces' engagement.
- •Porous borders in West Africa complicate control efforts.
- •Need for global and regional frameworks specifically addressing craft production.
- •Capacity building for post-conflict states is essential for implementing arms control measures.
Key Takeaways
- 1Craft production of SALW is evolving rapidly, with 3D printing significantly lowering the barrier to entry for manufacturing firearms.
- 2The proliferation of easily accessible digital designs and low-cost 3D printers enables individuals to produce functional firearms at home.
- 3While criminal activities dominate, 3D-printed firearms are also linked to ideologically motivated groups, particularly far-right extremists.
- 4Law enforcement faces significant challenges in tracing and identifying 3D-printed firearms due to the lack of traditional markings and serial numbers.
- 5Existing legal frameworks often lag behind technological advancements, necessitating updates to legislation and international cooperation.
- 6Effective countermeasures require a multi-faceted approach, including legislative action, intelligence sharing, digital defense mechanisms, and public awareness campaigns.
- 7Addressing the socio-economic drivers behind artisanal production, such as providing alternative livelihoods, is crucial for long-term regulation and disarmament.
- 8International collaboration, including cooperation with the private sector, postal services, and social media platforms, is vital to combatting the global spread of 3D-printed weapons.