Conventional firearms have long been rendered useless underwater, as standard bullets rapidly lose their momentum and lethality within just a few feet of submersion. However, this age-old limitation is poised to be shattered by a groundbreaking innovation from Norwegian company DSG Technology. Harnessing the principles of supercavitation, DSG has developed the CAV-X - a revolutionary projectile that defies the constraints of underwater physics. This unique bullet, with its ingenious design, can pierce through the watery barrier that has historically shielded targets seeking refuge beneath the surface. Capable of striking targets up to 200 feet away with lethal force, the CAV-X opens up unprecedented possibilities for a new breed of underwater combat operatives. How does this new bullet work? And what makes it different from traditional bullets?
Conventional ammunition is designed for aerial trajectories, propelling bullets toward their targets at supersonic velocities surpassing 2,500 feet per second. However, this performance utterly falters in the aquatic realm, where the dense medium of water swiftly robs bullets of their momentum, rendering them ineffective over even small distances. For decades, special operations forces operating in underwater environments have grappled with the significant limitations imposed by their conventional ammunition.
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