Orca Pushup Test

This video demonstrates the functionality of the Lima Six belt-fed upper receiver, compatible with AR-15/M16 platforms, firing 5.56x45mm NATO or .223 Remington ammunition. Expert insights from Sudo Solutions showcase manual belt loading, sustained full-auto fire, controlled bursts, and the use of specialized gear like 3M Peltor headsets and Mechanix Wear gloves. The demonstration highlights the DIY firearm community's capabilities in creating complex, functional firearm components.

This video details observations from a 600-round test of two 'Orca' 3D-printed firearms, one in PLA Plus and one in Carbon Fiber Nylon. Key takeaways include the failure susceptibility of polycarbonate clips, the thermal limitations of PLA Plus leading to malfunctions, and interesting insights into brass ejection dynamics.

This video showcases the 'Baby Orca,' a shorter variant of the Orca firearm platform, designed for pistol-length barrels. It highlights new handguard and pistol stabilizing brace components introduced in a recent update. The build features an FDE aesthetic with a Primary Arms 3x Micro Prism optic and 3D printed components, demonstrating a unique look while discussing potential material limitations under heavy use.

This entry details the technical reasons behind a suppressed firearm's cycling issues, as explained by Brandon Herrera. It highlights the critical role of the Nielsen device (booster) in enabling semi-automatic function with suppressed pistols. The content also touches upon the specific case of the Brian Thompson assassination and the firearm involved, offering insights into firearm mechanics and potential malfunctions.

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.

This video details the design and features of the Hoffman Tactical Orca Version 5.3 B 3D-printed handguard. The instructor explains the rationale behind specific design choices, such as the angled top rail for tape switch ergonomics and the inclusion of M-LOK slots for accessory mounting. The handguard is designed to be compatible with mid-length gas tubes and offers improved accessory mounting options over the original Orca handguard.

The Ounce Pistol is demonstrated for its rapid-fire capabilities on steel targets. The video details its unique loading procedure via a side door for its 10+1 capacity .22 LR internal magazine and its folding mechanism for concealment and deployment. Expert handling showcases the firearm's specific mechanical nuances.

This guide details the installation and modification of the Super Safety, an active trigger reset system for the AR-15 platform, developed by Hoffman Tactical. It covers the necessary trigger modifications, component installation, and function checks. The system utilizes a push-button interface and offers a unique 'Active Reset' position for significantly faster trigger resets, as explained by the designer.

This guide details the process of 3D printing an AR-15 lower receiver using Carbon Fiber Nylon, based on expert instruction from Hoffman Tactical. It covers essential filament preparation, specific printer hardware requirements, critical print settings, advanced slicing techniques for warp prevention, and post-processing steps. The instruction emphasizes the importance of material science knowledge for successful and durable firearm component printing.

The Altor pistol is a unique semi-automatic, long-stroke recoil-operated firearm chambered in .22 Long Rifle, distinguishing itself from typical blowback-operated .22 caliber handguns. It features a 10-round fixed magazine located on top of the receiver, making its internal mechanics particularly fascinating for firearm enthusiasts.