Are They Stupid? My Response...
Jul 13, 2026•Channel
AI Analysis
Data from YouTube Data API v3•Updated Just now
Video Overview
Video Details
Published6 days ago
Duration11:25
Video IDosbv2nGJIyA
Languageen
CategoryEntertainment
PrivacyPublic
Made for KidsNo
Video TypeRegular Video
Performance Metrics
Views35.3K
Likes1.7K
Comments261
Engagement Rate5.67%
Likes per 100 views4.93
Comments per 1K views7.40
Video Tags
#beast broadheads#speed broadheads#beast broadheads vs speed broadheads#josh bowmar#sarah bowmar#bowmar bowhunting#beast archery#broadhead test#mechanical broadheads#mechanical broadhead test#best broadheads#best mechanical broadhead#broadhead deployment#static vs dynamic#dynamic deployment#static deployment#broadhead physics#broadhead engineering#spring assisted broadhead#bowhunting
Description
In this video, Josh Bowmar breaks down the difference between static and dynamic deployment and demonstrates it in real time. Using a tiny fidget bow, a 550-grain hunting arrow, a foam target, a nine-pound jar of pickles, and even the doors on his truck, Josh shows how acceleration, deceleration, inertia, blade geometry, and BEAST’s spring-assisted deployment system work together.
You’ll see:
Why the “11-pound” force-gauge result is misleading
Why static deployment force doesn’t predict deployment during impact
A BEAST deploy from a one-pound fidget bow
A BEAST deploy from the falling impact of a 550-grain arrow
Why extremely low static retention causes accidental blade deployments
How BEAST increased static retention while improving dynamic deployment
Why building BEAST Broadheads in America allows continuous engineering improvements
Speed Broadheads swung first. BEAST swung back—with physics, demonstrations, and receipts.
Watch the entire video, decide for yourself, and tell us in the comments: Do you want to see more videos like this?
Shop BEAST Broadheads: www.beastbroadheads.com
#BeastBroadheads #SpeedBroadheads #JoshBowmar #BowmarBowhunting #MechanicalBroadheads #Bowhunting #Archery