Videos tagged with Proof of Concept

This video showcases Holosun's proof-of-concept Digital Pistol Sight (DPS) with integrated thermal capabilities. The device functions as a thermal camera and a weapons-mounted white light, wirelessly transmitting thermal imagery to a red dot sight. While no price or release date is set, it represents a significant advancement in pistol optic technology.

This video from Shot Show 2024 features Adam from Holosun discussing several new and upcoming products. Key highlights include a proof-of-concept thermal pistol optic, new night vision and thermal optics with improved battery systems, the Holosun Iris laser illuminator with a refined scroll wheel for flood control, the Holosun Raid flashlight, and updated SCS solar charging pistol sights. The discussion emphasizes Holosun's commitment to innovation and providing quality optics at competitive price points.

This guide details the mechanical intricacies of Edward Lindner's improbable tube-fed, striker-fired, caseless ammo revolver proof-of-concept. It covers the multi-step cocking cycle, the rack and pinion feeding system, the automatic percussion cap magazine, and the design's inherent limitations as a non-firing model. The analysis highlights Lindner's innovative, albeit complex, approach to firearm design in the mid-19th century.

This entry details the real-world Arcflash Labs Gauss Rifle, drawing parallels to its depiction in the Fallout series. It breaks down the electromagnetic coil mechanism, capacitor discharge, and optical gate timing. Performance metrics for the current prototype and future versions are provided, alongside a comparison to railgun technology. The information is presented with high authority, featuring insights from a primary developer and a recognized firearms media channel.

This guide details the construction and testing of the AK-50 prototype, a .50 BMG rifle developed by Brandon Herrera. It highlights the use of advanced manufacturing techniques like SolidWorks CAD and Haas CNC machining, alongside critical gunsmithing collaboration and rigorous testing to achieve a functional proof-of-concept. The process emphasizes engineering problem-solving to overcome challenges such as ejection issues.