We’re thrilled to announce the winners of Redacted Industries’ September Giveaway! From the Grand Prize FREE NFA Gun Trust to Glock MRS Triggers, TRX22 FRTs, and exclusive coupons, patriots across America scored big. Check the full list and celebrate with us – ‘MERICA style!
Redacted Industries doesn’t do boring. When we give back to the community, we do it in full send mode. This September, we’re bringing the heat with prizes that matter — from NFA legal firepower to our latest trigger systems. This is more than a giveaway. It’s a statement. Freedom engineered.
? The Prizes Here’s what’s…
A Massive THANK YOU to Our Community
From all of us at Redacted Industries — thank you. This was our first-ever giveaway, and you absolutely crushed it. We saw thousands of entries come in from all across the country. Every like, follow, share, and entry helped show that this isn’t just a brand… it’s a…
AI-Driven Structural Design and Simulation
Redacted Industries leverages advanced computational modeling to design the RI 9MP from the ground up. Instead of starting with conventional metal frames, the 9MP is conceived on a “blank page” – a design philosophy that maximizes additive manufacturing freedom (defenseandmunitions.com). In practice, engineers use tools like finite element modeling to predict…
Post 1: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers Post 2: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: Mechanical Properties Post 3: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: PLA+ (Creality Ender) vs. PAHT-CF (QIDI) When comparing PLA+ and PAHT-CF (PPA-CF) for 3D-printed gun lowers, key factors…
Post 1: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers Post 2: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: Mechanical Properties Post 3: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: PLA+ (Creality Ender) vs. PAHT-CF (QIDI)
1. Mechanical Properties: Stress-Strain Comparison
Tensile Strength & Young’s Modulus…
Post 1: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers Post 2: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: Mechanical Properties Post 3: PLA+ vs. PAHT-CF (PPA-CF) for 3D Printed Gun Lowers: PLA+ (Creality Ender) vs. PAHT-CF (QIDI)
PLA+ (Creality Ender) vs. PAHT-CF (QIDI)
Using the provided technical…
3D printing has become a game-changer for firearm enthusiasts and professionals looking to create custom parts such as AR lowers, Glock frames, and grips. However, not all materials are created equal—choosing the right one depends on factors like strength, stiffness, impact resistance, heat resistance, and printability.
If you're wondering which materials are best for…

