Buffalo Bore 180gr 357 Magnum Hollow Point | Clear Ballistics Gel Test 3” and 4 5/8” Barrels

This video focuses on Buffalo Bore JHP ammunition specifically for the .45 G.A.P. (Glock Automatic Pistol) caliber. While the specific firearm isn't detailed in the provided data, the title strongly suggests a discussion or demonstration involving a pistol chambered in .45 G.A.P., likely a Glock model designed for this cartridge, and the performance of Buffalo Bore's jacketed hollow-point ammunition. The content is likely aimed at firearm owners interested in ammunition performance and caliber-specific information.

This YouTube video explores the difference between Hollow Point (HP) and Full Metal Jacket (FMJ) ammunition by conducting a test using a pumpkin. The title directly poses the question of which ammunition type is superior in this specific test scenario. While the exact firearm and calibers are not explicitly stated in the provided text, the comparison of ammunition types suggests a practical demonstration relevant to firearm enthusiasts interested in terminal ballistics and ammunition performance.

This video conducts a ballistic gel test comparing Buffalo Bore's .380 ACP hardcast, FMJ, and Xtreme Penetrator ammunition. The test is performed using a Smith & Wesson M&P Bodyguard 2.0 pistol, focusing on heavy clothing penetration. The video emphasizes responsible firearm use and is filmed on a private range.

This video features a ballistic gel test of Buffalo Bore's 125-grain .357 Sig low-flash self-defense ammunition. The test utilizes a Glock 31 and Glock 33 pistols, and includes a heavy clothing simulation for a more realistic defensive scenario. The description emphasizes that all shooting is conducted under controlled, private range conditions and disclaims any affiliation with retailers or manufacturers. It also notes that no firearms or ammunition are offered for sale. The video aims to evaluate the performance of this specific defensive round.

This video focuses on SuperVel 115gr SCHP ammunition. Based solely on the title, the content likely involves a review, range test, or performance evaluation of this specific type of self-defense ammunition, particularly its effectiveness as a jacketed hollow point (SCHP). The analysis will extract tags related to the caliber, bullet type, manufacturer, and potential applications like self-defense and concealed carry, assuming a firearms context.

This video showcases the Buffalo Bore .357 Magnum ammunition loaded into a Smith & Wesson 686 Plus revolver. It features ASMR-style visuals of the loading process and a single live-fire shot outdoors. The content highlights the high-powered nature of Buffalo Bore rounds and the robust build of the S&W revolver.

This head-to-head accuracy test compares the Ruger 10/22 and Marlin Model 60 .22 LR rifles. Both rifles demonstrated tight groups at 25 yards with various ammunition types. The Marlin Model 60 features a 17-round tube magazine and last-shot bolt hold-open, while the Ruger 10/22 is known for its extensive aftermarket support and 10-round rotary magazine.

This .38 Special ballistics gel test evaluated five different loads fired from a Smith & Wesson 642 snub-nose revolver. Only the Federal HST Micro and Hornady Critical Defense demonstrated reliable expansion, with the HST Micro showing a significant wound track despite shallower penetration. Lighter, expanding bullets appear more effective in short-barreled revolvers.

This ballistic gel test compares 9mm +P and .40 S&W HST ammunition. The .40 S&W demonstrated more dramatic expansion, while the 9mm +P achieved greater penetration. The host notes that .40 S&W offers superior terminal ballistics, but 9mm provides advantages in capacity and recoil management, especially in compact firearms.

This video provides a first look at the .50 Beowulf cartridge fired from an AR-15 platform rifle. It demonstrates the loading process, live fire, and the significant impact on steel targets. The footage highlights the rifle's side-charging mechanism and a Vortex red dot optic, showcasing the raw power of this big bore round.