Our 3D Scanner: Einscan-SP Review

This guide details the process of creating custom Kydex holster molds using 3D scanning and modeling techniques, as demonstrated by Isaac Botkin from T.REX ARMS. It covers capturing firearm geometry with a 3D scanner, cleaning and rebuilding mesh data in software like Lightwave 3D, and preparing the model for CNC machining. The emphasis is on achieving precise fit and function for high-quality holsters.

This video provides an expert-level, step-by-step guide to manufacturing a custom OWB Kydex holster, demonstrated by Roger Barrera of QVO Tactical. It covers the entire process from fabric application and vacuum forming to trimming, finishing, and hardware installation, highlighting compatibility with specific firearms like the Staccato P 2011 and accessories like the Streamlight TLR-1 HL-X. The instruction emphasizes detailed knowledge of materials and hardware, showcasing 13 years of manufacturing experience.

T.REX ARMS is releasing their extensive collection of 3D gun scan data to foster innovation in the civilian defense industry. This data, gathered using 3D scanners and meticulous measurement, can be used by holster makers and other builders to create custom tooling, thermoforming molds, and various accessories. The initiative aims to decentralize innovation and accelerate product development, mirroring the rapid advancements seen in aviation history.

T.REX ARMS is releasing open-source files for tactical gear and firearm components, leveraging advanced 3D scanning technology. This initiative, utilizing industrial equipment like Shining 3D scanners, aims to foster community-driven development and manufacturing of firearm-related items. The process involves creating high-fidelity digital models and technical blueprints, making them publicly accessible on their website.

This video details the Springfield Armory's exploration of 3D printing and scanning for museum education. The presenter, Scott, outlines the process of acquiring a 3D printer and scanner, the challenges faced, and the potential applications for creating educational tools and exhibits. The focus is on leveraging these technologies to enhance public engagement with firearms history and promote STEAM education.

This video showcases advanced carbine fundamentals and tactical drills performed with the American Defense Manufacturing (ADM) UIC 2 carbine. Instructor Lucas Botkin demonstrates high-intensity techniques including gear preparation, target acquisition, barricade shooting, emergency reloads, and rapid transitions between primary and secondary firearms. The content is geared towards experienced shooters looking to refine their skills under pressure.

This video showcases advanced 'running and gunning' techniques with the FNH SCAR 17, demonstrating fluid movement, rapid target transitions, and effective recoil control with the .308 Winchester caliber. Expert instruction highlights utilizing vehicles for cover and maintaining accuracy during high-intensity drills on an outdoor range.

This video demonstrates advanced "running and gunning" techniques with the Heckler & Koch HK416 D, as showcased by T.REX ARMS. The instruction emphasizes fluid movement, controlled rapid fire, efficient weapon transitions to a sidearm, and tactical reloading while utilizing cover. The drill is designed for experienced shooters looking to enhance their dynamic engagement capabilities in tactical scenarios.

This video argues that the AR-15 platform is essential for civilian defense due to its modern features, adaptability, and historical precedent. It refutes the notion that military-grade weapons are solely for military use, highlighting how technological advancements benefit civilians. The content criticizes proposed bans on AR-15s, emphasizing that these features enhance usability and safety for all individuals, particularly those who may be weaker or less experienced.