The Engel Ballistic Research 9mm 115r Solid Copper Fracturing round harnesses a projectile that fractures into four pieces, including three razor sharp petals and the base, creating four separate wound channels. FBI style ballistic gel tests show an average of six and a half inches of penetration prior to the petals exiting the gel, while the base penetrated an average of fourteen and a half inches.

Our .45 ACP fracturing ammunition is ideal for home defense and concealed carry applications. The solid copper projectile consists of three petals and a base that separate on impact with soft tissue allowing for four different wound channels.

The Engel Ballistic Research .300 Blackout Fracturing ammunition is ideal for hunting applications. The solid copper projectile consists of six petals and a base that separates on impact with soft tissue allowing for seven different wound channels.

This ammunition revolutionizes subsonic hunting in the .300 AAC Blackout caliber. In the past, the terminal ballistics of subsonic ammunition, including the .300 BLK, have been limited in respect to knock down power and wound channel size by projectiles which did not expand. Engel Ballistic Research’s new .300 BLK "PK" Subsonic Fracturing ammunition maximizes the transfer of energy on live targets exponentially by utilizing a projectile which fractures and diverts in multiple directions on impact with soft tissue creating a large cavitation while at the same time cutting through live tissue in a way similar to a broad head on an arrow. The projectile consists of a solid copper base and six solid copper petals that all create separate wound channels quickly after impacting soft tissue.

Our .308 Win Fracturing ammunition is ideal for hunting applications. The solid copper projectile consists of six petals and a base that separate on impact with soft tissue allowing for seven different wound channels.

This ammunition revolutionizes subsonic hunting in the .308 Winchester caliber.  In the past, the terminal ballistics of subsonic ammunition, including the .308 WIN, have been limited in respect to knock down power and wound channel size by projectiles which did not expand.  Engel Ballistic Research’s new .308 Winchester Fracturing Subsonic maximizes the transfer of energy on live targets exponentially by utilizing a projectile which dramatically and rapidly fractures on impact with soft tissue creating a large cavitation while at the same time creating multiple wound channels as the petals break away from the base.  This causes terminal devastation unmatched in subsonic ammunition for this caliber.