An armor system pellet is provided. The pellet includes a pellet body attached to four projections for interlocking adjacent pellets when arranged in an array. The pellet is configured such that the width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections.
1. An armor system pellet comprising a pellet having a pellet body comprised of four projections for interlocking adjacent pellets when arranged in an array, wherein a width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections, and wherein each projection of said second pair of co-linear projections is sized and shaped to contact at least three adjacent pellets when arranged in an array of identical pellets.
2. The armor system pellet of claim 1 , wherein each projection of said first pair of co-linear projections having a width which is less than a width of said second pair of co-linear projections is capable of contacting three projections of adjacent pellets when arranged in an array.
3. The armor system pellet of claim 2 , wherein each projection of said second pair of co-linear projections having a width which is larger than a width of said first pair of co-linear projections is capable of contacting four projections of adjacent pellets when arranged in an array.
4. The armor system pellet of claim 1 , wherein said pellet is cross-shaped.
5. The armor system pellet of claim 1 , being composed of a ceramic material.
6. The armor system pellet of claim 1 , wherein said ceramic material includes a material selected from the group consisting of alumina, boron carbide, boron nitride, silicon carbide, silicon nitride, and zirconium oxide.
7. The armor system pellet of claim 1 , wherein and/or a back surface of the pellet are convex.
8. The armor system pellet of claim 1 , wherein a front and/or a back surface of said projections are convex.
9. The armor system pellet of claim 1 , wherein a length or width of the pellet exceeds a largest depth thereof.
10. An armor system comprising an array of pellets, wherein said array is composed of the armor system pellet of claim 1 .
11. The armor system of claim 10 , further comprising plates sandwiching said array.
12. The armor system of claim 11 , further comprising a polymer resin disposed within said array and/or between said array and said plates.
13. The armor system of claim 11 , further comprising a flexible support structure for securing said array to said plates.
14. The armor system of claim 13 , further comprising connectors for interconnecting said array to said plates through said support structure.
15. The armor system of claim 11 , further comprising a shock absorbing layer disposed between said plates.
16. The armor system of claim 10 , comprising one or more layers of said array.
17. The armor system of claim 10 , further comprising a ensue strength fabric disposed around said array.
18. The armor system of claim 17 , wherein said fabric includes carbon fibers, fiberglass fibers, aramid fibers and/or metallic fibers.
19. The armor system of claim 10 , incorporated into a body armor.
20. The armor system of claim 10 , incorporated into an armor panel of a vehicle, airplane, boat or a structure.
21. The armor system pellet of claim 1 , wherein said pellet is sized and shaped so when placed in an array of identical pellets a projection of said first pair from said pellet contacts at least one projection of a second pair from an adjacent pellet.
22. An armor system pellet array, comprising at least 9 pellets, each of said pellets having a pellet body with four projections for interlocking adjacent pellets, wherein a width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections, and wherein each projection of said co-linear projections of said second pair is sized and shaped to contact at least three adjacent identical pellets.
23. The array of claim 22 , wherein a back surface of said pellet is convex to allow independent movement of said pellet in response to a projectile impact in a front surface of said pellet.
24. The array of claim 23 , wherein said independent movement of said pellet comprises yaw movement.
25. An armor system pellet array comprising at least 9 pellets, each of said pellets having a pellet body with four projections for interlocking adjacent pellets, wherein a width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections, and wherein each projection of said co-linear projections of said second pair is sized and shaped to contact at least 4 projections.
26. The armor system pellet array of claim 25 , wherein a bottom surface of said array is wavy.
27. The armor system pellet of claim 1 , wherein a back surface of said pellet is convex to allow independent movement of said pellet in response to a projectile impact in a front surface of said pellet.
28. The armor system pellet of claim 27 , wherein said independent movement of said pellet comprises yaw movement.
29. An armor system cross-shaped pellet comprising a pellet having a pellet body comprised of four projections for interlocking adjacent pellets when arranged in an array of identical pellets, wherein a width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections.
30. An armor system pellet comprising a pellet having a pellet body comprised of four projections for interlocking adjacent pellets when arranged in an array, wherein some projections of said four projections are sized and shaped to contact at least three adjacent pellets when arranged in a planar array of identical pellets.
31. An armor system pellet array comprising at least 9 pellets, each of said pellets having a pellet body with a convex hack surface to allow independent movement of said pellet in response to a projectile impact in a front surface of said pellet, and with four projections for interlocking adjacent pellets, wherein a width of a first pair of co-linear projections is less than a width of a second pair of co-linear projections, and wherein each projection of said co-linear projections of said second pair is sized and shaped to contact at least 4 projections.