Hard target penetrator with multi-segmenting casing cutter

Multiple explosive charge sequential detonation multiple layered hardened target penetration warhead weapon apparatus comprising the combination of:

• a unitary one-piece body member having an axially aligned uppermost nose end and subtending lengthwise and downward extending integral elongated hollow thick-walled metal cylinder body portion;
• a first warhead charge of low mechanical shock-sensitivity first explosive material received within said subtending lengthwise extending integral elongated hollow metal cylinder body portion;
• a second warhead charge of low mechanical shock-sensitivity second explosive material received axially adjacent said first warhead charge within said subtending lengthwise extending integral elongated hollow metal cylinder body portion;
• separator means disposed in selected axial location within said subtending elongated metal cylinder hollow body portion and segregating said first and second warhead charges of explosive material into axially separate individually controllable discrete segments;
• said separator means including third explosive material charged metal jet-generating cutter means for electively separating said body member integral elongated metal cylinder body portion and said first and second low mechanical shock-sensitivity explosive material charges into lengthwise separated warhead segments subsequent to a warhead ballistic launching event;
• said separator means third explosive material charge metal jet generating cutter means comprising an explosive material mass of overall hourglass shape with an upstanding central cylindrical portion that is topped and bottomed by mating diameter conical frustum portions of increasing diameter in respective upward and downward directions, and a similarly shaped laterally-enclosing fusible metallic copper jacket surrounding said explosive material mass;
• a closed rigid metallic cylinder canister member surrounding both lateral and end portions of said third explosive material charge and said similarly shaped laterally-enclosing metallic copper jacket, said rigid metallic cylinder canister member being received within said separator means and within said unitary body member for shunting externally sourced deformation forces around said third explosive material charge and said similarly shaped laterally-enclosing fusible metallic copper jacket;
• a first explosion force containment member comprising a first metallic disk member in contact with one end portion of said closed rigid metallic cylindrical canister member and a first energy absorbing disk member in contact with said first metallic disk member;
• a second explosion force containment member comprising a second metallic disk member in contact with an opposite end portion of said closed rigid metallic cylindrical canister member and a second energy absorbing disk member in contact with said second metallic disk member;
• and
• an explosive material igniter fuze member centrally located within said third explosive material mass.