Hoffman Tactical Super Safety

Hoffman Tactical Super Safety Selector for AR-15

Elevate your AR-15 firearm’s functionality and customization with the Hoffman Tactical Super Safety Selector. This aftermarket, 3D-printed safety selector is engineered to provide enhanced versatility, performance, and user customization for those seeking a modular firearm component. Perfect for DIY enthusiasts and advanced users alike, the Super Safety offers a unique blend of affordability, innovation, and cutting-edge 3D printing technology.

Available exclusively for 3D printing by the end-user, the Hoffman Tactical Super Safety empowers you to create a tailored safety selector that suits your specific needs. Join the growing trend of modular, 3D-printed firearm parts and experience the potential of custom firearm modifications.

Key Features of the Hoffman Tactical Super Safety

• Binary/3-Position Functionality: Go beyond the standard Safe/Fire functionality with the Super Safety. This advanced selector offers the option of binary-like firing, allowing your firearm to shoot with both the pull and release of the trigger. Whether you prefer a binary setup or other firing modes, this selector offers superior versatility compared to traditional AR-15 safeties.

• Seamless Compatibility: The Super Safety is designed to work flawlessly with M16/AR-15 Fire Control Groups (FCG) and is compatible with AR-15 models that use a mil-spec fire control group and bolt carrier. Additionally, it is optimized for use with 3D-printed receivers such as the Hoffman Orca or other similar DIY builds.

• DIY-Friendly and Customizable: As part of the open-source movement, the Super Safety can be 3D printed and customized by enthusiasts. Available on platforms like GrabCAD, Odysee, and the Gatalog, the design gives you the freedom to modify and adapt the selector to your preferences, ensuring a truly personalized firearm experience.

• Advanced Active Trigger System: The Super Safety incorporates an active trigger system that actively resets, enabling faster, more efficient follow-up shots. This feature is essential for those looking to enhance their shooting performance, providing quicker trigger response and smoother operation.

• Development Pack for Alternative Manufacturing Methods: While 3D printing is the primary method of production, users who prefer to explore other manufacturing options (such as machining or metal printing) can access a development pack containing all the necessary STEP files. This pack includes files for the Super Safety, triggers, and detent, offering flexibility for those who want to take the build to the next level.

Required Modifications and Parts

To ensure proper function, certain modifications and additional components may be necessary. The Super Safety is compatible with AR-15-style receivers, but specific modifications, such as a disconnector mod or a modified bolt catch, may be required for optimal performance. Make sure to check the provided documentation for detailed instructions and additional part recommendations.

Installation and Customization Made Simple

The Hoffman Tactical Super Safety is designed to be a simple yet innovative project for those familiar with 3D printing and firearm modification. By following the provided documentation and using the open-source design files, you can quickly print and assemble the safety selector to match your desired configuration. Whether you choose to follow the standard safety functionality or experiment with binary or other firing modes, the Super Safety offers a customizable solution for your firearm.

Open-Source, DIY, and Future-Proof

Part of a growing trend in firearm innovation, the Hoffman Tactical Super Safety offers an open-source design that fosters creativity and flexibility. Whether you are an experienced 3D printer or new to DIY firearm builds, this product allows you to experiment, customize, and modify your AR-15 in exciting ways.

By utilizing the development pack and SolidWorks files, you can adapt the Super Safety design to suit your needs, allowing you to not only benefit from its current form but also contribute to its future iterations.