Videos tagged with Hornady Interlock

This video compares factory 30-06 Springfield ammunition against handloads using the same Hornady 180-grain Interlock bullet. The test focused on terminal performance by measuring velocity from a Ruger American rifle. Handloads, using a max charge of H4350 powder, demonstrated a lower extreme spread and standard deviation in velocity compared to factory loads, resulting in higher muzzle energy.

This video compares the terminal ballistics of the 308 Winchester and 450 Bushmaster calibers using Hornady Interlock bullets fired into ballistic chickens. The 450 Bushmaster demonstrated more violent fragmentation and greater penetration at close range, though the 308's performance is noted to potentially differ at longer distances due to its higher ballistic coefficient.

This video presents a close-range ballistics gel test of three 450 Bushmaster projectiles: the 250gr FTX, 240gr XTP Mag, and 245gr Interlock. The instructor, from 'The Gun Dungeon,' evaluates penetration depth, expansion, and weight retention, offering insights into their performance for hunting applications. The FTX demonstrated the best overall performance, with the Interlock showing poor weight retention and jacket-core separation.

This video compares the terminal ballistics of the 450 Bushmaster and 30-06 Springfield using a ballistic chicken test. The 450 Bushmaster, with a heavier 250-grain bullet, demonstrated significant fragmentation and widespread tissue damage, with large pieces of the projectile and chicken found at considerable distances. The 30-06 Springfield, using a 180-grain bullet, showed good penetration and devastation, passing completely through the ballistic gel after the chicken, indicating a more focused wound channel.

This guide outlines a ballistics test comparing the .270 Winchester and .308 Winchester against mild steel plates. It details the setup, ammunition, testing procedure, and data analysis, emphasizing the importance of kinetic energy over velocity or sectional density for steel penetration. The test utilizes specialized equipment like the 'Steel Sledge 4.0' and precision measurement tools.

This video provides a methodical test of various .308 Winchester bullet types against steel plates of increasing thickness, from 1/4 inch to 1 inch. The host, demonstrating high authority in amateur ballistic testing, uses a custom rifle and MagnetoSpeed V3 chronograph to record velocities and penetration depths. Key findings highlight how bullet construction and weight significantly impact performance, with specialized AP rounds showing superior penetration compared to standard hunting and match bullets.

This video compares the ballistic performance of 7.62x39mm and .30-30 Winchester ammunition using a ballistic chicken test. The .30-30 Winchester, specifically a 150-grain Hornady Interlock, demonstrated superior energy transfer and expansion compared to the 123-grain Federal Fusion 7.62x39mm. While both calibers showed significant damage, the .30-30 resulted in more widespread destruction of the ballistic medium.

This video provides an expert-level comparison of 6.5 Creedmoor and 7mm-08 cartridges, focusing on their steel plate penetration capabilities. The host, demonstrating high authority through practical testing and precise measurements, details a methodology for assessing terminal ballistics. The test reveals that the 7mm-08 exhibits approximately 25% greater penetration on 1/2-inch steel compared to the 6.5 Creedmoor under the tested conditions.

This video provides an expert analysis of 6.5mm cartridges for big game hunting, featuring a detailed ballistics gel test. The host, with extensive field experience, demonstrates that bullet construction significantly impacts terminal ballistics, often more than cartridge choice alone. While 6.5mm calibers are deemed sufficient for deer-sized game, larger calibers or specialized bullets are recommended for larger species.

This video from NRA Publications provides an in-depth look at the manufacturing process of Hornady ammunition, from bullet creation to final packaging. It details the steps involved in forming bullets, annealing and shaping cartridge cases, and rigorous quality control testing to ensure product reliability. The expert-level instruction highlights the precision engineering and domestic manufacturing of Hornady products in Grand Island, Nebraska, USA.