Evaluation: CroMagnon Humanoid “Self-Healing” 3D Targets

CroMagnon Targets are modular polymer facsimiles of genuine humans, solid and three-dimensional. They can absorb thousands of rounds of non-expanding bullets or buckshot. High wear items (i.e. heads) may be replaced separately. Offered in green and yellow, they are meant to represent generic human male and female targets for use as either foe, hostage, or bystander.


A variety of t-shirts are presented along with them, and of course the targets can be dressed in any old garments or rags, such as camouflage to make them much more difficult to spot. The realistic nature of the faces assists situation defenders who might be unused to firing at something other than stylized paper or featureless steel.


Considering that the polymer doesn’t lead to ricochets, firing may possibly be done safely even at speak to distance. At present, the targets are moved around on a two-wheel cart with a trail, but an armored motorized remote controlled base is in the final development stages.


Once animated, these targets add considerably to realism. With no it, hits on target are not apparent, the “opponent” may not fall right after a single or two hits, and it moves unpredictably.


Different personas and scenarios are feasible, and shoot/no shoot markers in the form of cell phones, guns, knives and other objects might be attached. Even though they’re not low-cost, these targets are incredibly sturdy and should be long-lasting. As opposed to steel, they may be safely shot up close without requiring frangible bullets. Unlike paper, they are 3-dimensional and give a better understanding of how targeting of vitals functions.


We “know” from films that shotgun blasts knock targets off their feet and make them fly back 3 to five yards. Physics class memories argue that it’s unlikely. Taking a 120-pound 3D polymer target and whacking it with many swarms of buckshot tends to make liars of Hollywood unique effects teams. We attempted the same shots with rifles and identified even significantly less movement of the target.


The back of the 3D mannequin looked pockmarked, but it didn’t even feel of falling over. It appears that the films may have exaggerated the quantity of push imparted by little arms projectiles.