Typical bonded hollow point bullets over penetrate leading to insufficient energy transfer damage and trauma inside the intended target. 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.
Features:
- Extreme Expansion
- 6-8? penetration
- Solid Copper / Lead Free projectile
The G2 Research Radically Invasive Projectile (RIP) bullet is a copper hollow-point with the tip of the bullet consisting of eight trocar-shaped petals which, upon impact, act similar to a holesaw. RIP bullets act like a FMJ on impact in solid objects, and as the bullet passes through soft tissue it expends its energy. The design allows for an ease of entry by reducing the deceleration at the point of impact, causing potential energy to be conserved, thus delivering a deadly kinetic energy wave.
Typical bonded hollow point bullets over penetrate, leading to insufficient energy transfer, damage and trauma inside the intended target. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to 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. Specifications:9mm Luge/100 gr/Copper Expansion Projectile (CEP)/20 Per Box/25 Cs
Typical bonded hollow point bullets over penetrate, leading to insufficient energy transfer, damage and trauma inside the intended target. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to 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.
Typical bonded hollow point bullets over penetrate, leading to insufficient energy transfer, damage and trauma inside the intended target. G2 Research has taken its innovative Trocar design of the solid copper R.I.P. fragmenting projectile and adapted it to 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.
Features:
- 62 gr. solid copper / lead free projectile
- 9 – 11 in. of Penetration
- 2 in. Groupings at 10 yrds
- 7 Separate Wound Channels
- Solid Copper / Lead Free
- 3 – 4 in. Diameter Spread
- 1250 FPS average (+/ – 10 percent)
- Precision Machined
- Maximum expansion through light or heavy clothing as opposed to other self defense rounds that do not expand at all.
Features:
- 162 gr. solid copper/lead free
- 13?16 inches of Penetration
- 6.6?8 inches Diameter Spread
- 2 inch Groupings at 15 yards
- 1020 FPS average (+/-10%)
- 9 Separate Wound Channels
- Precision Machined
- Maximum expansion through light or heavy clothing as opposed to other self defense rounds that do not expand at all.
- 115 gr. solid copper / lead free projectile
- 13+? of Penetration
- 5.5 – 7.5+? Diameter Spread
- 2? Groupings at 15 yrds
- 1220 FPS average (+10%)
- 9 Separate Wound Channels
- Precision Machined
- Maximum expansion through light
- or heavy clothing as opposed to other self
- defense rounds that do not expand at all.
Features:
- 14"– 16" of Penetration
- 2" Groupings at 25 yrds
- 9 Separate Wound Channels
- Solid Copper / Lead Free
- up to 6" Diameter Spread
- Precision Machined
- Defeats all known barriers such as sheet metal sheet rock windshields plywood heavy winter clothing.
- Base Penetration: 14-16+?
- Trocar Penetration: 9-11?+
- Trocar spread: 4-6+?
- 5 Fragments plus Slug: 6 Total
- Solid Brass Projectile / Lead Free
- Smoothbore Only
- Not for use in Modified Barrel
- Not for use with Choke
- Cylinder Bore ONLY!
- Designed For Self Defense
Features:
- 12-13? of Penetration
- 7 Separate Wound Channels
- Solid Copper / Lead Free
- 3?+ Diameter Spread
- Precision Machined
- Controlled Fragmentation
- Patent Pending
G2 TELOS .357 MAG 20RD BOX
Features:
- 105 gr. solid copper / lead free projectile
- 10?+ of Penetration
- 7 Separate Wound Channels
- Solid Copper / Lead Free
- 3?+ Diameter Spread
- 1170 +/- FPS
- Precision Machined
- Controlled Fragmentation
- Patent Pending
Features:
- 92 gr. solid copper / lead free projectile
- 10?+ of Penetration
- 7 Separate Wound Channels
- Solid Copper / Lead Free
- 3?+ Diameter Spread
- 1250 +/- FPS
- Precision Machined
- Controlled Fragmentation
- Patent Pending
Typical bonded hollow point bullets over penetrate, leading to insufficient energy transfer, damage and trauma inside the intended target. 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 Percent of its energy to the target. The Civic Duty Round retains 99.9 Percent weight inside the intended target without concern of over penetration in CQB situations.