Videos tagged with Polymaker

This YouTube video, titled "B&T SPR300 At Home," appears to be a personal exploration or demonstration of the B&T SPR300 firearm within a home environment. The description provides affiliate links to the creator's 3D printer, filament, merchandise, Patreon, and a chest rig. It also directs viewers to a second channel. While the title specifically mentions the B&T SPR300, the description's focus on 3D printing and general gear suggests the video might delve into the practicalities of owning or using such a firearm, potentially including its setup or integration with other equipment. The emphasis on affiliate links indicates a creator who monetizes their content through product recommendations.

The Nylaug project offers an affordable 3D-printed receiver for Steyr AUG parts kits, significantly undercutting factory prices. Utilizing Nylon filament like Polymaker PA6-CF20 is crucial for durability against heat. The build allows for common AR-15 barrels and trigger conversions, improving the AUG's ergonomics and trigger pull.

This video showcases the creation and potential use of a 3D printed suppressor, referred to as Griffin's first. The description includes affiliate links to the 3D printer, filament, merchandise, Patreon, and other gear the creator uses, such as a chest rig. The focus is on the 3D printing aspect of firearm accessories.

This channel update addresses YouTube's strict policies on 3D printed firearm content, leading to channel strikes. The host explains the need to edit and re-upload popular videos to comply. Future content will include reviews of various pistols and rifles, including 3D printed models.

This YouTube video, titled 'Minecraft Glock,' appears to be a project showcasing a 3D-printed Glock model inspired by the game Minecraft. The description highlights the use of Polymaker PLA Pro filament and provides affiliate links to a 3D printer, filament, merchandise, and a chest rig. The video also mentions a sponsorship from Adam and Eve and encourages the use of a discount code. It seems to be a content creator's project focused on 3D printing and potentially showcasing a virtual firearm representation.

This video details the performance issues of carbon fiber nylon filaments when exposed to moisture, leading to a significant loss of stiffness and potential firearm malfunctions. It compares various filaments like PLA Pro, PET-CF, and different nylons through rigorous testing, including tensile, impact, and creep tests. The analysis highlights PET-CF as a superior alternative due to its stiffness and minimal creep, recommending specific filaments for different user needs.

This video showcases the 'Mammoth 50,' a 3D-printed .50 BMG rifle project featuring a Ligamec Raptor-50 upper receiver. The build highlights the challenges and evolution of using different 3D printing materials, moving from PLA+ to Polymaker PA6-GF for improved durability, though structural integrity at glue joints remains a concern. It demonstrates the extreme recoil and power of the .50 BMG round, even with a custom muzzle brake and modified LaRue trigger, and tests the limits of 3D-printed components like the monopod.

This video showcases a "peak space AK" build, heavily featuring 3D printed components. The description highlights a specific 3D printer, PLA Pro filament from Polymaker, and links to merchandise and Patreon for the creator. It also mentions an FFL sponsor and a chest rig from Moonlight Industries. The timestamps indicate discussions on project goals, the SAG MK3 Chassis, equipment and accessories, trigger mechanisms, and a comparison between pistol and rifle configurations. The creator also promotes a second channel.

This video showcases the capabilities of 3D printed Glock G17L frames (DD17.3) modified for full-auto fire using auto sears. It highlights the improved heat resistance of Polylite PLA Pro frames and demonstrates akimbo shooting with these builds. The content emphasizes technical aspects of 3D printed firearm modifications and their performance on the range.

This review tests the accuracy and thermal stability of the Orca, a mostly 3D-printed AR-15. Mechanical shifts caused initial accuracy issues, with groups averaging 5 MOA and zero shifting up to 10 MOA. Extreme heat from rapid fire significantly degraded accuracy, opening groups to 9-13 MOA and causing visible melting and barrel wiggle, demonstrating the limitations of polymer components under thermal stress.

This video focuses on the properties of Polymaker PA12 CF Nylon, a plastic material noted for its low water absorption compared to other nylons. The description highlights its potential to maintain strength and stiffness even in humid conditions, suggesting its application in environments where moisture resistance is critical.