Inert 3D-Printed Replica Firearm
(21.5 cm x 16 cm x 4.5 cm)
- Technology: Backscatter, Computed Tomography (CT), Single and Multiple X-Ray Generator Systems

The Inert 3D-Printed Replica Firearm is an exact match to the one most commonly printed worldwide and accurately represents the screening limitations associated with this new type of threat. This 3D-printed replica contains an inert bullet and aluminum firing pin, as well as a removable steel cube that provides threat-accurate responses on walk-through and hand-held metal detectors. This has been designed to allow for complete disassembly to allow for more training opportunities. DSA engineered this print file to prevent misuse of any of this replica’s components.
This item is printed in blue plastic and is engineered to have the same density and effective atomic number (Zeff) as a 3D-printed weapon. This training aid is not considered a firearm in the U.S. but should be treated with the same respect as a real gun and may be subject to country-specific import requirements.
This product contains no explosive or incendiary materials. Any simulated materials are inert and are not to be removed or replaced. This product is solely for the purpose of training and the customer represents and warrants that this product will not be used outside of a controlled training environment. The customer is solely responsible for any mishandling, misuse or unlawful use of this product. The customer represents and warrants that it has put in place control measures to ensure that this product is accounted for and used only for training applications. DSA assumes no liability for any mishandling, misuse or unlawful use or application of this product. The customer agrees to protect, defend, hold harmless and indemnify DSA, including its officers, directors, employees and agents, from and against any and all lawsuits, claims, demands, actions, liabilities, losses, damages, costs and expenses (including attorneys' fees and court costs) relating to its purchase, use or sale of this item.






