Caseless Projectile and Launching System Delivers Jet-Powered Punch

Home / Articles / External Non-Government

popular_science_batelle_caseless_projectile_and_launching_system_o.png

December 19, 2016 | Originally published by Date Line: December 19 on

High tech for low casualties.

A gun is a powerful tool for putting a hole in a person. That power made them a staple of armies centuries ago and keeps them on the hips of soldiers, law enforcement, and Gadsden-flag-wearing anybodies to this day. Among the problems of such a lethal tool is that, in the event someone wants to use force but doesn’t want to kill anybody, guns are a bad choice. A whole field of less-lethal weapons has sprung up, and one of the latest would use lasers and jets as a less-bloody alternative.

Ohio’s Battelle Memorial Institute has a small history with novel weapons. In October, they demonstrated an anti-drone rifle, which brought down flying machines by jamming their controls. Their latest, blandly patented as “Caseless projectile and launching system,” is a gun that fires a jet-powered, laser-guided large blunt bullet, a metal fist thrown at someone dozens of yards away.

Fired from a specially-made pistol, or attached to a rifle in place of a grenade launcher, the round will rely on a laser rangefinder (not yet developed) to make sure it hits its target at an appropriate velocity. If it does, it should have the concentrated pain of a sting without the concentrated death of a traditional bullet. Popular Mechanics describes how the gun, named Pogojet, works.

Also see related article describing how the Pogojet non-lethal round will vary muzzle velocity depending on target distance, http://www.popularmechanics.com/military/weapons/a18812/pogojet-non-lethal-gun/.

The appearance of external hyperlinks on this DTIC website does not constitute endorsement by the United States Department of Defense (DoD) of the linked websites, or the information, products or services contained therein. Any opinions, findings, conclusions, or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the opinions of the United States DoD.