Grenade with independently detachable carpel segments

A grenade with independently detonatable segments comprising:

• a. a head section defining a top of the grenade, where the head section has a removable safety pin and triggering mechanism comprising a lever, a cantilever spring, and a pivot;
• b. a modular segmented core comprising one or more interlocking segments, wherein each core segment comprises a hollow tube with a rod positioned within the interior of each tube, and wherein each core segment is in mechanical communication with the core segments or sections on either end of the core segment, and the rod segments are connected to form a full-length rod, and wherein at least one bias spring positioned with the interior of at least one of the hollow tube segments exerts an upward bias on the full-length rod;
• c. wherein the top of a first core segment is in mechanical communication with the head section, and a bottom of the last segment comprises a tail section defining a base of the grenade;
• d. wherein the grenade further comprises two or more carpel segments surrounding the core, wherein each carpel spans from the head section to the tail section, and wherein each carpel comprises a charge detonatable by a fuse, such that each carpel segment is independently detonated, and wherein each carpel segment is in mechanical communication with the core though a nipple and a primer;
• e. wherein the head section safety pins locks the lever into a safe position, and when the safety pin is removed and no manual pressure is applied to the lever, the lever and lever body swing upward from the force of a cantilever spring around the pivot axis after a timed delay determined by tension on the cantilever spring;
• f. Wherein the full-length rod extends into the head section and is in mechanical communication with the lever body, such that when the lever swings around the pivot, the full-length rod moves upward under the bias force of the at least one bias spring, wherein the upward movement shifts a push plate that releases a strike pin corresponding to each carpel, wherein the strike pin impacts a primer charge on each carpel that ignites a propellent that causes the carpel to eject from the core, and wherein the propellent simultaneously ignites a fuse in each carpel segment;
• g. Wherein the fuse in each carpel segment causes the carpel segment to detonate after a timed delay of from about 0.1 seconds to 10 seconds.