Tools&Targets

This video details a ballistic gel test of Hornady 147-grain XTP subsonic 9mm ammunition, fired from an HK MP5 with an 8.9-inch barrel, both suppressed and unsuppressed. The instructor, with experience in firearms testing, provides velocity data, expansion results, and penetration depths, comparing the performance with and without a suppressor. The test highlights the ammunition's performance characteristics for self-defense applications, noting its subsonic nature and moderate expansion.

This video presents a ballistic gel test comparing Buffalo Bore .32 ACP +P 75-grain hardcast ammunition against Oguila 71-grain FMJ. The test, conducted from a 2.9-inch barrel Barrett Tomcat, aimed to evaluate the performance of a potent .32 ACP round. While the Buffalo Bore showed slightly more velocity and penetration, the results were considered disappointing given the +P rating and cost, failing to impress the instructor.

This video reviews the ZOUP 400 Watt High-Efficiency Portable Folding Solar Panel. The presenter highlights its portability, efficiency, and versatile connector options, demonstrating its ability to charge various power stations. While not reaching the full 400W output due to overcast conditions, the panel consistently delivered over 300W, indicating strong performance.

This video provides a detailed ballistic gel test comparing two Underwood Ammunition .454 Casull loads: a 240-grain JHP and a 300-grain JHP. The test was conducted using a Ruger Super Redhawk Toklat with a 5-inch barrel, evaluating velocity, penetration, and expansion through a heavy clothing barrier. The results indicate significant energy transfer and expansion for both loads, making them potent options for large game defense.

This video provides a detailed ballistic gel test comparing Armscor 180gr JHP and PMC Bronze 170gr JHP 10mm ammunition. The instructor, with apparent expertise in firearms testing, demonstrates that while both rounds show improved performance with increased velocity from a Glock 40 compared to previous tests with a Glock 20, they still fall short of typical 10mm power levels, performing more like .40 S&W loads. The test highlights the critical role of velocity in achieving proper bullet expansion and energy transfer.

This video presents a ballistic gel test of Speer Gold Dot 200 Grain .44 Special ammunition, evaluating its performance from short-barreled revolvers (2-inch and 3-inch). The instructor notes disappointing velocities and a lack of expansion, attributing it to underloading by Speer. While penetration distances were adequate, the ammunition's performance was deemed underwhelming compared to other loadings of the same projectile.

This video reviews two new O-site optics: the SE and the XE AMRS. The SE is a red 6 MOA dot version of a previous green model, featuring an enclosed emitter and shake-a-wake functionality. The XE AMRS offers a replaceable battery, built-in backup sights, and a multi-reticle system with 2 MOA and 6 MOA dots, optionally paired with a 32 MOA circle. Both optics are praised for their construction, enclosed emitters, and included accessories, with the reviewer expressing high satisfaction with O-site products and their lifetime warranty.

This video features a ballistic gel test of Underwood Ammo's 10mm 150-grain JHP ammunition, specifically item number 235, using Glock 29 (3.8-inch barrel) and Glock 20 (4.6-inch barrel) handguns. The test evaluates velocity, penetration, and expansion through a heavy clothing barrier. Despite the ammunition no longer being listed on Underwood's website, the test provides valuable performance data for this specific 10mm load.

This video presents a ballistic gel test of PMC SFX 9mm 147-grain ammunition, evaluating its performance from different barrel lengths (4.5-inch and 6.5-inch). The test includes velocity measurements using a chronograph and visual assessment of bullet expansion and penetration in ballistic gel, with a heavy clothing barrier. The instructor notes the ammunition's consistent performance and impressive expansion, comparing it to HST and V-Crown projectiles.

This video details a ballistic gel test of Federal Premium Hydra-Shok 9mm 124 Grain Standard Pressure ammunition, comparing performance from a 3.4-inch barrel (Glock 43X) and a 4.5-inch barrel (FN 509). The test reveals significant differences in velocity and terminal performance, with the shorter barrel showing inadequate expansion and penetration, while the longer barrel demonstrated better results. The instructor highlights the importance of barrel length and velocity for consistent ammunition performance in self-defense scenarios.

This video details a ballistic gel test comparing Hornady Critical Defense ammunition across three calibers: 9mm Kurz (380 ACP), 9x18mm Makarov, and 9x19mm Luger. The test measures velocity, penetration, and expansion through a clothing barrier. The 9mm Luger demonstrated superior performance, while the 380 ACP showed minimal expansion and penetration, and the 9mm Makarov performed adequately but with room for improvement in velocity.

This video presents a ballistic gel test of Federal Syntech Defense .40 S&W 175-grain ammunition. The test evaluates projectile performance, fragmentation, and penetration across different barrel lengths (Glock 27 and Glock 22). The instructor notes inconsistency in performance, attributing failures primarily to insufficient velocity, suggesting the nine-millimeter variant might be more reliable.