Videos tagged with SCHP

This expert-level guide, informed by a firearms instructor, details the shift away from traditional hollow points in 2025-2026 due to advancements in defensive ammunition. It covers Solid Copper Hollow Points, Fluted Solids, Tumble-on-Impact rounds, Bonded Jacketed Hollow Points, and Ballistic Tip ammunition, highlighting their performance characteristics, barrier penetration capabilities, and suitability for various firearm platforms and legal restrictions. The information emphasizes consistency, control, and versatility in critical situations.

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 a 25-yard group shot with a Kimber 2K11 pistol using SuperVel 115gr SCHP ammunition. The description clarifies that the optic was previously zeroed with 124gr Speer Gold Dot, explaining the slight shift in impact. The primary purpose of the video is to demonstrate the accuracy and effectiveness of SuperVel's defensive 9mm ammunition.

This video tests the performance of 160gr Super Vel SCHP ammunition fired from a 10.25" barrel, comparing it to a previous test with a shorter barrel. The test uses a TNW Aero Survival pistol and a high-speed camera to analyze penetration depth, retained weight, and expansion in both bare gel and heavy clothing scenarios. Ballistic gel data is provided for each test, along with detailed velocity measurements. The video aims to educate viewers on the technical aspects of ammunition performance, specifically how increased barrel length affects projectile characteristics.

This video features a ballistic gel test of Super Vel's 10mm 160gr SCHP (Solid Copper Hollow Point) ammunition fired from a 4.5" EAA Witness pistol. The test assesses penetration, expansion, and retained weight in both bare gel and heavy clothing scenarios. Velocities are recorded and analyzed, showing an average of 1,119 fps with a spread of 25 fps. The video highlights the dependable performance of solid copper projectiles despite potential velocity differences compared to lead-core ammunition, emphasizing its technical aspects as an educational resource.

This video presents a gel test of 9mm Super Vel 115gr Subsonic SCHP ammunition, evaluating its terminal performance. The test is conducted using a 4.5" Glock pistol and a 7.72" CZ Scorpion. Data presented includes penetration depth, retained weight, and expansion measurements in both bare gel and heavy clothing simulations. Velocity data from both firearms is also provided, with analysis on whether the ammunition is truly subsonic. The video emphasizes its educational focus on technical aspects of ammunition performance.

This video tests the performance of Super Vel's 9mm 115gr SCHP ammunition. The test involves firing the rounds from a Smith & Wesson Shield into Clear Ballistics gel, both bare and with heavy clothing. Ballistics data such as penetration depth, retained weight, and expansion are recorded, along with chronograph data for velocity. The video also highlights the history of SuperVel and provides contact information for Aimed Research's high-speed camera rentals.

This video features a ballistic gel test of the newly revived SuperVel .45 Auto 160gr SCHP (Semi-Jacketed Hollow Point) ammunition. Fired from a Springfield Armory XDS 45, the test evaluates penetration, retained weight, and expansion through both bare gel and heavy clothing. The data showcases impressive performance, with consistent expansion and significant retained weight across both testing scenarios. Velocities are also provided, averaging nearly 1000 fps. The video also highlights the historical significance of SuperVel's original innovative loads.