GB-22 plan discussion

This video showcases a 5.56 hand-crank Gatling gun constructed using 3D printed parts and off-the-shelf AR-15 components. The creator highlights the affordability, costing approximately $1,200, with the majority of the cost attributed to AR-15 parts like barrels and bolt carrier groups. Plans for the 3D printed chassis are available for free online, with a few inexpensive proprietary components required from nopelyzero.com.

This entry details a high school student's ambitious, albeit dangerous, project to build a .50 caliber projectile launcher using a hydrogen and oxygen gas propulsion system. It highlights the technical ingenuity involved, the legal ambiguities surrounding homemade devices, and critical safety considerations that ultimately prevented the device from being fired. The narrative also touches upon the consequences of seeking professional help and the subsequent ATF involvement.

This entry details the 'Long Shot Harlot', a 3D-printed .22LR single-shot derringer. It highlights its 3-inch barrel, Picatinny rail for optics, and integrated grip clip for six spare rounds. The firearm's construction and potential for customization are discussed, emphasizing its DIY nature.

This video focuses on planning an extremely budget-friendly AR-15 build, currently priced at $340 and aiming for a total of around $500 including essential accessories like a light, foregrip, and sling. The creator is actively seeking community input for cost-effective component suggestions to feature in future content, highlighting a collaborative approach to accessible firearm customization.

This video details the creation of the Recession Ruger R2, a 3D printed PDW based on the Ruger P89. It highlights the use of additive manufacturing for the frame and rails, integration of AR fire control components, and compatibility with Glock magazines. The build offers an affordable PDW solution, blending retro aesthetics with modern functionality.

This video demonstrates a step-by-step process for building a Glock 17 clone using a Brownells frame completion kit and a Timney trigger. The build involves replacing internal slide components with aftermarket parts, installing suppressor height sights, swapping the ported barrel for a threaded one, and mounting an RMR optic. The instructor highlights key differences from standard Glock builds and provides guidance on specific installation procedures.

This guide details the complex process of converting a lathe into a 12-barrel blank-firing gun, as demonstrated by Mark Serbu. It highlights the critical engineering challenges, including precise alignment, CNC control, and the application of PID theory to overcome firing inconsistencies. The project emphasizes safety and legal considerations, focusing on blank ammunition to avoid machine gun manufacturing regulations.

This video demonstrates how to rifle a barrel in a home shop using basic tools, bypassing expensive CNC equipment. It covers material preparation, precise drilling and reaming, and the critical process of pushing a rifling button. While a DIY approach is shown to be possible, the video highlights the significant difference in quality and precision achievable with professional CNC machining.

This video provides an expert-level analysis of a catastrophic failure of the Serbu RN-50 rifle, presented by the firearm's designer, Mark Serbu. The examination focuses on the severe damage to the receiver, breech cap, and barrel assembly, offering insights into potential failure points and the effects of extreme forces. The analysis also touches upon the ammunition used, specifically SLAP rounds, and their potential role in the incident.

Mark Serbu, a gun designer, addresses the RN-50 blow-up incident involving Scott from Kentucky Ballistics. Serbu reassures customers that the RN-50 is a safe design, attributing the incident to a counterfeit and faulty ammunition round. He emphasizes the importance of sourcing ammunition carefully and highlights the rifle's extensive safe operational history.