Blade Runner Inspired Heritage Rough Rider

This video features a range review of a 3D printed chassis designed for a Heritage Rough Rider revolver. The setup includes a 16-inch barrel, effectively transforming the revolver into a rifle-style firearm. The content focuses on the functionality and performance of this custom modification, highlighting the integration of 3D printing technology with a classic firearm platform.

This video features Roy's DIY project focusing on the Heritage Rough Rider .22 LR Carbine. While the description is brief, the title clearly indicates a hands-on, custom build or modification of this specific firearm model. It suggests an in-depth look at the process of working with the Heritage Rough Rider, likely involving a step-by-step demonstration or explanation of modifications or enhancements.

This video showcases a do-it-yourself conversion of a Heritage Rough Rider revolver into a carbine. Roy Huntington guides viewers through the process, demonstrating how to transform a standard 16-inch Rough Rider into a unique revolving carbine. The project is presented as an inspirational build for those with a spare Heritage Rough Rider and a budget of around $300. The video also includes links for subscribing to FMG Publications newsletters and magazines.

This video features a "Heritage Rough Rider" chambered in .22 Long Rifle, with a unique modification involving a 3D-printed chassis. The description lists a wide array of popular firearms, calibers, and manufacturers, suggesting the video might touch upon comparisons, modifications, or general firearms discussions. It appears to be a range day or custom build showcase for a .22 revolver, potentially highlighting its versatility or the customizability offered by 3D printing.

This video provides a detailed first look at a custom "Long Rider" Heritage Rough Rider Space Carbine build. The content focuses on showcasing the unique modifications and overall design of this custom firearm, offering viewers an in-depth overview of the project.

This video showcases a 3D-printed Space Carbine Kit for the Heritage Rough Rider, legally converting the 16-inch barrel pistol into a carbine. The kit includes a two-piece stock, front and rear sling mounts, integrated iron sights, and optic rail mounting points. It highlights the DIY aspect of firearm modification using 3D printing technology.

This guide details the process of building a custom 12-gauge short-barreled shotgun with a cyberpunk aesthetic, based on a Hatfield SGL. It emphasizes the critical legal steps, including ATF Form 1 registration and tax stamp acquisition, alongside custom 3D-printed furniture for unique ergonomics. The presenter, Booligan, demonstrates expertise in NFA regulations and custom fabrication.

This custom AR56 build is inspired by the M56 Smartgun from the movie 'Aliens,' utilizing an AR-15 platform. Key features include a 3D-printed rear grip with an integrated trigger mechanism and mounting to a Steadicam rig for cinematic movement. While a double drum magazine offers aesthetic appeal, it restricts motion, necessitating a switch to standard AR magazines for full functionality. Future iterations aim to incorporate a comprehensive targeting suite beyond the current laser sight.

This review covers the G26 NAO, a custom Glock 26 featuring a 3D-printed frame with an integrated, non-functional front vertical grip designed as a spare magazine holder. The speaker, identified as Booligan, highlights its 'meme gun' status, emphasizing that the design intentionally hinders proper two-handed grip for accuracy, making it impractical for tactical use. The build showcases knowledge of ATF regulations concerning vertical foregrips.

The Wilkinson Arms Linda is a unique 9mm pistol from the 1970s-80s, featuring a distinctive 'funky' design reminiscent of sci-fi props. It operates via a blowback system with a forward-weighted bolt and a reverse spring assembly for recoil management. While the pistol is vintage, carbine variants of this design are still manufactured today, indicating its enduring platform.