Repositionable Shaped Charges for Target Penetration

The patent applies local quality by concentrating explosive energy at the specific penetration point through a focused shaped charge geometry. The charge is positioned directly against the target surface at the desired penetration location, directing all explosive force locally rather than dispersing it broadly. This enables penetration of thick or irregular composite targets with minimal explosive material and no collateral damage to surrounding areas.

The system incorporates a camera and imaging system that allows the operator to visually assess target geometry and select the optimal penetration point in real-time. The operator can see the target surface, evaluate its geometry and thickness variations, and position the charge accordingly without requiring pre-existing knowledge or separate survey operations. The system serves its own assessment function through integrated imaging.

The patent employs a magnetic attachment system that allows the shaped charge to be dynamically positioned and repositioned on ferromagnetic target surfaces. The charge can be attached at the optimal penetration point for precision, then easily detached and repositioned if target conditions require adjustment. This dynamic attachment method provides both precise positioning capability and full repositioning flexibility without permanent fixation.

The patent changes the fundamental parameter of explosive energy delivery from dispersed bulk blasting to focused shaped charge penetration. By confining the explosive in a shaped charge geometry with a wave shaper and liner, the system achieves high penetration power through focused energy concentration rather than increased explosive quantity. This maintains penetration capability for thick targets while keeping the device lightweight and manageable.