Printed Glocks Are Getting Stronger

About this Video

• Video Title: Printed Glocks Are Getting Stronger
• Channel: PSR
• Speakers: The speaker's name is not explicitly mentioned in the transcript.
• Duration: 00:26:05

Introduction

This video tests the durability of a 3D-printed Glock pistol made with a new experimental carbon fiber-filled nylon filament. The purpose is to assess the filament's strength and reliability under extensive firing. The video also features sponsorships and showcases the speaker's clothing and gear.

Key Takeaways

1. Filament Performance: The 3D-printed Glock, using Coax's carbon fiber-filled nylon filament, performed remarkably well, firing hundreds of rounds with minimal malfunctions. Malfunctions primarily occurred when using a suppressor.
2. Material Comparison: The carbon fiber nylon filament is compared to the glass fiber nylon used in OEM Glock frames. The 3D printed nylon shows similar flexibility, deemed beneficial for absorbing stress.
3. Suppression Impact: Using a suppressor significantly increased back pressure, leading to malfunctions due to the slide not fully returning to battery.
4. Print Quality: The 3D-printed Glock's finish is exceptionally high quality, making it nearly indistinguishable from an OEM Glock.
5. Disclaimer: The video emphasizes that it's not instructing viewers on how to 3D print or build firearms, focusing solely on material testing and functionality.