Videos tagged with Archery Testing

This video demonstrates a ballistic test comparing the penetration capabilities of different arrow tips fired from a 70lb compound bow against a Kevlar military helmet. The experiment, conducted by an archery enthusiast, shows varying degrees of penetration based on arrow tip design, with broadheads proving more effective than field tips. The content highlights practical testing of protective gear against projectile impact.

This video demonstrates a penetration test using a 70 lb compound bow against a solid wood door and a steel exterior door. The host, identified as a Subject Matter Expert in outdoor/archery testing, showcases the effectiveness of both field tip and broadhead arrows against these barriers, providing visual evidence of penetration results.

This video features a content creator testing the protective capabilities of three World War II helmets (American M1, German Stahlhelm, Japanese Type 92) against a 70-pound compound bow. The American helmet was penetrated, the German helmet deflected arrows, and the Japanese helmet showed partial penetration. The experiment highlights differences in historical helmet design and material resistance to modern archery equipment.

This video from Yee Yee Life demonstrates a penetration test comparing a Ruger 10/22 rifle (.22 LR), a 12-gauge shotgun (birdshot), and a 70-pound compound bow against a truck door. The .22 LR round and the compound bow arrow successfully penetrated both sides of the door, while the birdshot only dented the exterior. The content creator, a shooting enthusiast, showcases safe handling and knowledge of specific calibers and draw weights.

This guide details a real-world ballistic gel test comparing different archery equipment. Expert Edwin Sarkissian demonstrates the penetration capabilities of a recurve bow, a compound bow, and a high-powered crossbow. The tests highlight the effectiveness of broadheads versus practice tips and provide performance data for various archery platforms using FBI-standard ballistic gel.

This video, presented by Edwin Sarkissian, an experienced individual with knowledge of archery kinetics and various bow types, tests the effectiveness of riot shields against different archery projectiles. It details penetration tests using a recurve bow, a compound bow (PSE Stinger at 300-350 fps), and a high-performance crossbow (TenPoint Nitro XRT at 470 fps and 190 ft-lbs). The results demonstrate that standard riot shields offer limited protection against powerful archery equipment, with multiple shields and specialized bolts required for significant resistance.

This video features Edwin Sarkissian, a high-profile tactical gear influencer, conducting an experimental test of a TenPoint Nitro XRT crossbow against the 1.5-inch thick armored glass of a GMC Denali SUV, modified by Armormax. The test demonstrates the effectiveness of the ballistic glass, with the arrow failing to penetrate even a pre-damaged section. The video highlights the crossbow's velocity and cocking system, as well as the SUV's defensive features.