Abstract: An armor element configured to be employed within the armor module, the armor element being formed with a base portion and a claw portion. The armor element has a longitudinal axis oriented substantially perpendicular to the base portion, the claw portion comprising two or more claw members extending from the base portion generally along a longitudinal direction defined by the longitudinal axis. Each claw member has a rear end associated with the base portion and a front end spaced from the base portion. The claw members are tapered with respect to the longitudinal axis so that the distance between the corresponding front ends of the two or more claw members is greater than the distance between the rear ends of the two or more claw members.

Abstract: An armor panel for ballistic protection, comprising at least an armor layer which is at least partially made of cemented carbide in the form of metal-carbide aggregate embedded within a metal binder matrix.

Abstract: An armor element configured to be employed within the armor module, the armor element being formed with a base portion and a claw portion. The armor element has a longitudinal axis oriented substantially perpendicular to the base portion, the claw portion comprising two or more claw members extending from the base portion generally along a longitudinal direction defined by the longitudinal axis. Each claw member has a rear end associated with the base portion and a front end spaced from the base portion. The claw members are tapered with respect to the longitudinal axis so that the distance between the corresponding front ends of the two or more claw members is greater than the distance between the rear ends of the two or more claw members.

Abstract: An armor panel comprising an armor member made of a laminated material, having a predetermined ballistic capability and a first flexural strength. The armor panel has a covering layer having a second flexural strength essentially lower than the first flexural strength. The covering layer is bonded to the armor member. The layer is made of a fiber reinforced material such that overall flexural strength of the armor panel is greater than twice the first structural strength. The overall ballistic capability of the armor panel is at least the same as that of the predetermined ballistic capability of the armor member.

Abstract: In an embodiment, a monolithic tile made for use in a composite armor is disclosed. The tile includes cut-out and/or through thickness channels spaced from each other at a distance greater than a dimension of the channels, in a plan view of the tile.

Abstract: According to an embodiment, a ballistic structure comprises a front pellet layer configured to face a ballistic threat and rear pellet layer therebehind, each of the pellet layers comprising a plurality of pellets, which can be made of a ceramic material, having cylindrical bodies with their height axes in both layers being substantially parallel to each other, the pellets being arranged in a honeycomb pattern within a binder matrix, the pellet layers being codisposed such that all interior spaces (i.e., spaces which are surrounded on all sides by pellets) of each pellet layer are entirely overlapped by an area of the other pellet layer that is free of such spaces, the two layers being by an intermediate layer having such a width and being made of such a material as to allow the rear layer to rigidly support the front layer.

Abstract: In an embodiment, a monolithic tile made for use in a composite armor is disclosed. The tile includes cut-out and/or through thickness channels spaced from each other at a distance greater than a dimension of the channels, in a plan view of the tile.

Abstract: A dual hardness armor, comprising a first steel layer of hardness H1 and thickness D1, a second steel layer of hardness H2 lower than H1, and a thickness D2 not greater than D1. The armor further comprises an intermediate substance therebetween bonding the first steel layer to the second steel layer.

Abstract: An armor panel adapted to protect a body from an incoming projectile, the armor panel comprising an armor member constituted by at least one layer. The layer is encapsulated within and pressed upon by a wrapping as a result of an arresting process. The panel has a front, rear and side walls. The wrapping is preformed, prior to the process, with at least one outlet hole at least one of the rear and side walls. Through the outlet hole, air trapped within the armor panel prior to the arresting process, and/or excess gasses produced during the process, are allowed to escape.

Abstract: An armor panel for ballistic protection, comprising at least an armor layer which is at least partially made of cemented carbide in the form of metal-carbide aggregate embedded within a metal binder matrix.

Abstract: An armor panel adapted to protect a body from an incoming projectile, the armor panel comprising an armor member constituted by at least one layer. The layer is encapsulated within and pressed upon by a wrapping as a result of an arresting process. The panel has a front, rear and side walls. The wrapping is preformed, prior to the process, with at least one outlet hole at least one of the rear and side walls. Through the outlet hole, air trapped within the armor panel prior to the arresting process, and/or excess gasses produced during the process, are allowed to escape.

Abstract: A dual hardness armor, comprising a first steel layer of hardness H1 and thickness D1, a second steel layer of hardness H2 lower than H1, and a thickness D2 not greater than D1. The armor further comprises an intermediate substance therebetween bonding the first steel layer to the second steel layer.

Abstract: An armor panel comprising an armor member made of a laminated material, having a predetermined ballistic capability and a first flexural strength. The armor panel has a covering layer having a second flexural strength essentially lower than the first flexural strength. The covering layer is bonded to the armor member. The layer is made of a fiber reinforced material such that overall flexural strength of the armor panel is greater than twice the first structural strength. The overall ballistic capability of the armor panel is at least the same as that of the predetermined ballistic capability of the armor member.