Videos tagged with Broadhead

This video from Yee Yee Life features an experimental test comparing the penetration capabilities of different archery equipment against an airplane door. An enthusiast demonstrates the effects of a 20 lb draw weight bow, a 70 lb draw weight bow with a field tip, and a 210 lb draw weight crossbow with a broadhead. The results show varying degrees of penetration, highlighting the differences in power between the tested items.

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 an experimental archery test using a 70 lb compound bow to assess the penetration capabilities of different arrow tips through a large ball of Saran Wrap. The host, an archery enthusiast, shows that while a field tip offers minimal penetration, a carbon steel broadhead penetrates deeper, and a stainless steel fixed blade broadhead successfully passes through the entire mass.

This video demonstrates an experimental test of a 70-pound compound bow's ability to penetrate bulletproof drywall using various arrowheads. The host, exhibiting high authority and expertise in archery, tests field tips, stainless steel broadheads, and 350-grain big game broadheads against the barrier, with a dummy positioned behind it. The results show that while some penetration occurs, none of the tested arrows fully pass through the bulletproof drywall.

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 from Yee Yee Life demonstrates a practical archery experiment, testing the penetration capabilities of a 70 lb compound bow using both field tip and broadhead arrows against a 5-gallon water jug. The host, an enthusiast, showcases the differences in arrow performance and impact, providing visual evidence of penetration and leakage.

This video demonstrates a comparative test of a 9mm Glock and a 70lb draw weight compound bow against Level 3A body armor. The 9mm round was stopped by the armor, while the broadhead-tipped arrow from the compound bow fully penetrated the vest and mannequin. The host, identified as an outdoor enthusiast with familiarity in armor ratings and safe firearm handling, provides an energetic and experimental analysis of the results.

This video demonstrates an experiment testing the penetration capabilities of different arrows and compound bows on a boat hull. Granger Smith from Yee Yee Life showcases how budget vs. high-end bows, and field points vs. broadheads, affect penetration. The high-end bow achieved full pass-throughs with both arrow types, while the budget bow resulted in minor damage. A flaming arrow test was also included.

This video details a test of the Barnett XP 400 crossbow against a realistic zombie head target. The host, an intermediate enthusiast new to crossbows, evaluates the performance of different broadheads and field tips, noting penetration capabilities and bolt recovery. The crossbow is assessed as a viable survival tool, considering its pros and cons against firearms.

This guide details a ballistic testing procedure comparing the penetration resistance of a DevTac Ronin armored helmet against a compound bow and a high-powered crossbow. The TenPoint Siege RS410 crossbow demonstrated superior penetration capabilities compared to the PSE Evoke 31 compound bow, with its bolt completely passing through the helmet and exiting significantly. The test highlights the importance of kinetic energy and projectile design in defeating ballistic protection.

This video demonstrates an experiment to test arrow penetration capabilities using a PSE Evoke 31 compound bow. Instructor Edwin Sarkissian, with high authority and expertise, showcases the bow's specifications (75 lbs draw weight, 330 fps) and tests both practice tip and broadhead arrows against a stack of hard hats. The broadhead arrow significantly outperforms the practice tip, piercing through three hard hats.

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.