Ballistic Gel Vs Bow And Arrow at John Janssen blog

Ballistic Gel Vs Bow And Arrow. In this video, we test four different warbows against a ballistic gel dummy to see the difference in the bows, as well as the efficiency. The arrow with the blazer vanes passed through the gel, but landed without any penetration of the gel. Some companies use foam, ballistic gelatin, or other synthetic substances to test the penetration of broadheads or arrow shafts, but most such mediums clamp. I'd be willing to get some wide and thin (maybe 2 thick), sheets of ballistic gel, put them on a table at 100 yards, and see what happens with shallow angle broadheads as the arrows rain. The difference in wound cavities and penetration is striking. The arrow with the fob on it passed through the ballistic gel and even. When examining the gel's resistance and how it plays a role in our work, we now know there is more to it than just resistance.

.22 LR for Self Defense Ammunition Test and Review Outdoor Life
from www.outdoorlife.com

The arrow with the fob on it passed through the ballistic gel and even. Some companies use foam, ballistic gelatin, or other synthetic substances to test the penetration of broadheads or arrow shafts, but most such mediums clamp. In this video, we test four different warbows against a ballistic gel dummy to see the difference in the bows, as well as the efficiency. The difference in wound cavities and penetration is striking. When examining the gel's resistance and how it plays a role in our work, we now know there is more to it than just resistance. The arrow with the blazer vanes passed through the gel, but landed without any penetration of the gel. I'd be willing to get some wide and thin (maybe 2 thick), sheets of ballistic gel, put them on a table at 100 yards, and see what happens with shallow angle broadheads as the arrows rain.

.22 LR for Self Defense Ammunition Test and Review Outdoor Life

Ballistic Gel Vs Bow And Arrow I'd be willing to get some wide and thin (maybe 2 thick), sheets of ballistic gel, put them on a table at 100 yards, and see what happens with shallow angle broadheads as the arrows rain. The difference in wound cavities and penetration is striking. Some companies use foam, ballistic gelatin, or other synthetic substances to test the penetration of broadheads or arrow shafts, but most such mediums clamp. In this video, we test four different warbows against a ballistic gel dummy to see the difference in the bows, as well as the efficiency. When examining the gel's resistance and how it plays a role in our work, we now know there is more to it than just resistance. The arrow with the fob on it passed through the ballistic gel and even. The arrow with the blazer vanes passed through the gel, but landed without any penetration of the gel. I'd be willing to get some wide and thin (maybe 2 thick), sheets of ballistic gel, put them on a table at 100 yards, and see what happens with shallow angle broadheads as the arrows rain.

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