Videos tagged with PLA Filament

This guide details the process of 3D printing a durable quadcopter frame, evolving from fragile PLA to a robust TPU and carbon fiber composite design. It emphasizes structural modifications for increased resilience against crashes and provides insights into component mounting for optimal performance and cooling. The project aims to create a lightweight yet tough FPV quadcopter suitable for hobbyist use.

This analysis of a recovered firearm from a New York City assassination suggests the frame is likely 3D printed, based on inconsistencies in the magazine release cutout and dovetail geometry compared to OEM and 80% frames. The absence of the suppressor in official images is interpreted as confirmation of it being a homemade device, potentially to avoid scrutiny from gun control advocates.

Print Shoot Repeat (PSR) details the process of 3D printing a Glock 19 frame using PLA filament on an Ender 3 V2 printer. The process involves sourcing a Glock 19 Gen 3 donor firearm, specifically a P80 rail version of the frame, and then printing and assembling the components. PSR emphasizes the rewarding experience of building a functional firearm from scratch, likening it to a woodworking project.

Tim Hoffman of Hoffman Tactical discusses his journey designing 3D-printable firearms, focusing on AR-15 and LR-308 lower receivers and the fully 3D-printed Orca AR-15. He highlights the importance of material testing, design for additive manufacturing, and the use of hose clamps for structural reinforcement in his designs. The conversation also touches on the broader implications of distributed weapon systems, AI in warfare, and the challenges within the regulated firearms industry.

This comprehensive guide covers the initial setup and operation of the Creality Ender 3 S1 3D printer. It details assembly, calibration, filament loading, and the first print, emphasizing proper bed leveling and Z-offset. The video also explores firmware updates, slicing software options like Creality Slicer and Ultimaker Cura, and the process of testing different filament types and print quality settings using temperature towers and sample models.

This video details the process of designing and 3D printing a custom frame for a Glock 17L, aiming to improve aesthetics and ergonomics. The creator remixed a PY2A Glock 69 model, extending the front rail-less dust cover and adding custom stippling for enhanced grip. The build utilizes steel insert rails and a specific locking block, resulting in a unique, long-slide Glock pistol.