G2 Research, Civic Duty, 9MM, 94 Grain, Lead Free Copper, 20 Round Box
9MM
1,100 Feet per second
94 Grain Civic Duty
Lead free copper
20 Rounds per box
Product Description
Typical bonded hollow point bullets over penetrate. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to the G2 Research Civic Duty expanding self-defense round. The Civic Duty round defeats barriers as effectively as the R.I.P. and expands 2.5 times its initial diameter after coming into contact with a fluid medium. The Civic Duty round expands to transfer 100% of its energy to the target. The Civic Duty Round retains 99.9% weight inside the intended target without concern of over penetration in CQB situations.
9MM
1,100 Feet per second
94 Grain Civic Duty
Lead free copper
20 Rounds per box
Product Description
Typical bonded hollow point bullets over penetrate. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to the G2 Research Civic Duty expanding self-defense round. The Civic Duty round defeats barriers as effectively as the R.I.P. and expands 2.5 times its initial diameter after coming into contact with a fluid medium. The Civic Duty round expands to transfer 100% of its energy to the target. The Civic Duty Round retains 99.9% weight inside the intended target without concern of over penetration in CQB situations.
9MM
1,100 Feet per second
94 Grain Civic Duty
Lead free copper
20 Rounds per box
Product Description
Typical bonded hollow point bullets over penetrate. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to the G2 Research Civic Duty expanding self-defense round. The Civic Duty round defeats barriers as effectively as the R.I.P. and expands 2.5 times its initial diameter after coming into contact with a fluid medium. The Civic Duty round expands to transfer 100% of its energy to the target. The Civic Duty Round retains 99.9% weight inside the intended target without concern of over penetration in CQB situations.
