Videos tagged with Defiant Munitions TCX

This video from Civilian Tactical tests whether clothing can prevent hollow point ammunition from expanding. Using ballistics gel and a VertX sun hoodie, the host fires various rounds, including Winchester, Defiant Munitions TCX, and Hornady Critical Defense, through the fabric. The results demonstrate that even lightweight clothing did not prevent proper expansion, with the Defiant Munitions .380 TCX showing exceptional performance. The host's practical demonstration and use of standardized testing methods highlight his high level of expertise in terminal ballistics.

This video provides a detailed ballistic comparison between Barnes Tac-XPD and Defiant Munitions TCX .380 Auto self-defense ammunition, fired through a Ruger LCP Max with a heavy clothing barrier. The test utilizes Clear Ballistics gel and a Lab Radar Chronograph to measure velocity, penetration, and expansion. The Defiant Munitions TCX demonstrated superior performance in all tested metrics, achieving significant expansion and meeting FBI minimum penetration standards, while the Barnes Tac-XPD failed to expand and fell short of penetration requirements.

This video provides an expert-level comparison of 9mm Hollow Point (HP) and Full Metal Jacket (FMJ) ammunition, utilizing FBI-standard ballistic gel. The host, identified as a Subject Matter Expert in tactical equipment, demonstrates the superior terminal ballistics of the Defiant Munitions 9mm TCX HP round, highlighting its significant expansion and energy dump compared to the FMJ's deep penetration with minimal expansion. The test was conducted using a Canik Mete SFT pistol on an outdoor range.

This guide details a ballistics test comparing different .380 ACP ammunition types fired from a Ruger LCP II, using calibrated ballistics gel and denim barriers. The test, conducted by Civilian Tactical, evaluates penetration, expansion, and overall effectiveness for concealed carry, referencing FBI standards. The Defiant Munitions TCX round demonstrated superior performance in this specific test scenario.