Are there any feeding issues?

The full auto pistols used in the test are to demonstrate that there are no feeding issues with the RIP rounds. We used most common semi autos available and had zero feed or jamming issues .

What kind of ballistic gel do you use?

We use Clear Ballistics ballistic gel. They follow the FBI Protocol for calibrating ballistic gelatin developed in 1988. This protocol is as follows: “firing a standard .177 caliber (4.5 mm) steel BB from an air gun over a chronograph at 590 feet per second (fps), plus or minus 15 fps into the ballistic gelatin. The penetration of the steel BB must result in 8.5 centimeters (cm), plus or minus 1 cm, penetration (2.95 inches to 3.74 inches.) The steel BB must penetrate within that range to pass as ballisticgelatin.” All of our ballistic gelatin in its finished state passes this protocol 100%.

What is the design purpose of 9 separate channels of path for this cartridge ?

This bullet was purposely designed to break into 9 separate paths. Once the bullet penetrates its target, high velocity fragmentation will increase the effect of temporary and permanent cavitation. The 8 fragments sheared from the bullet cause many small permanent cavities around the main entry point. This causes multiple wound channels that will effectively hit vital organs for the eventual complete termination of interest. The main mass base of the bullet can continue its path and cause a truly massive amount of tearing as the perforated tissue is stretched.

Why is penetration so important?

According to Dr. Martin Fackler and the International Wound Ballistics Association (IWBA), between 12.5 and 14 inches (318 and 356 mm) of penetration in calibrated tissue simulant is optimal performance for a bullet which is meant to be used defensively, against a human adversary. They also believe that penetration is one of the most important factors when choosing a bullet (and that the number one factor is shot placement). If the bullet penetrates less than their guidelines, it is inadequate, and if it penetrates more, it is still satisfactory though not optimal. The FBI's penetration requirement is very similar at 12 to 18 inches (305 to 457 mm).

A penetration depth of 12.5 to 14 inches (318 and 356 mm) may seem excessive, but a bullet sheds velocity—and crushes a narrower hole—as it penetrates deeper, while losing velocity, so the bullet might be crushing a very small amount of tissue (simulating an "ice pick" injury) during its last two or three inches of travel, giving only between 9.5 and 12 inches of effective wide-area penetration. Also, skin is elastic and tough enough to cause a bullet to be retained in the body, even if the bullet had a relatively high velocity when it hit the skin. About 250 ft/s (76 m/s) velocity is required for an expanded hollow point bullet to puncture skin 50% of the time. So, with that said, the R.I.P. round was developed to both expand up to 6" in diameter and penetrate 14-16".

Is the R.I.P. projectile able to go through multiple objects and still perform?

The IWBA's and FBI's penetration guidelines are to ensure that the bullet can reach a vital structure from most angles, while retaining enough velocity to generate a large diameter hole through tissue. An extreme example where penetration would be important is if the bullet first had to enter and then exit an outstretched arm before impacting the torso. A bullet with low penetration might embed itself in the arm whereas a higher penetrating bullet would penetrate the arm then enter the thorax where it would have a chance of hitting a vital organ. In essence , the RIP round does it all. It is a multi faceted, cleverly designed bullet that no other competitor on the planet can duplicate.

What about Overpenetration?

Overpenetration is when a bullet passes through its target and out of the other side, potentially going on to damage something or someone else. Over-penetration also denies the bullet its ability to fully "dump" its energy inside the intended target. The RIP round is the most advanced bullet design ever developed. The RIP acts like a FMJ on impact in solid objects. It is capable of going through barriers such as sheet rock, plywood, sheet metal or glass, acting as a bonded hollow point round and generally does not expand. As the bullet passes through soft tissue, only then does it expend its energy. It is the optimal performer all other designers aspire to be. This is the most adaptable, powerful, dynamic bullet ever created.

Does your projectile split apart and effect objects outside of the target?

The trocars are designed to stay in the soft tissue of the target. The bullet will enter the target and the trocars will immediately expand into 8 separate wound channels slicing vital organs for quicker incapacitation. The main base of the projectile will continue up to the optimal distance of up to 16" inside the target.