SEESAC Releases Comprehensive Study on the Emerging Threat of 3D-Printed Firearms
SEESAC has unveiled an in-depth new study that addresses the growing threat of 3D-printed firearms across the Western Balkans. Designed as a resource for law enforcement, the study aims to authorities with the necessary insights to address this complex issue effectively.
As the technology behind 3D printing rapidly advances and becomes more accessible, so does the potential for misuse by organized crime networks and terrorist groups. While no seizures of 3D-printed firearms have yet been reported in the Western Balkans, the study highlights troubling trends within the European Union, where these firearms are increasingly linked to criminal activity.
The study also outlines the current landscape of 3D-printed firearms, emphasizing the importance of coordinated actions among jurisdictions to mitigate this threat effectively. Proposed measures include raising awareness, enhancing data collection procedures, and fostering international cooperation.
By focusing on preventive measures and policy alignment, the study underscores the urgency of preparing for the security risks posed by this technology as the accessibility of information and resources for creating such firearms increases.
Aligned with Goal 3 of the Western Balkan Roadmap, this publication directly supports efforts to reduce the illegal flow of firearms, ammunition, and explosives (FAE) into, within, and beyond the Western Balkans.
Developed under the Regional IPA project Support for Enhancing the Fight Against the Illegal Possession, Misuse, and Trafficking of Small Arms and Light Weapons (SALW) in the Western Balkans, the study serves as a vital resource for understanding the implications of this technology and highlights the urgent need for collaborative efforts to ensure the safety and security throughout the region the Western Balkans region.
Note: This Study is intended for limited distribution to law enforcement institutions only.