Bomb pallet design with hydraulic damping and fire suppressant

A bomb storage pallet for suppressing sympathetic detonation of an acceptor bomb in an event of a detonation of an adjacent donor bomb by shielding the acceptor bomb from fragments and shock to a level below a pressure threshold at which the acceptor bomb would be induced into a sympathetic detonation, said bomb storage pallet also containing fire suppressant chemical extinguishing agents to reduce a fire hazard, in the event of the detonation of the donor bomb, said bomb storage pallet comprising:

• a first horizontal base which supports a first and a second bomb which are lying horizontally and which are lying parallel with each other;
• a first horizontal diverter which abuts and rests between the first and second bombs along their entire lengths, said first horizontal diverter having a sufficient width to reduce any shock propagated through it by a detonation of either bomb below a pressure threshold at which the first and second bomb would experience a sympathetic detonation, said first diverter having a sufficient height to shield each first and second bomb's silhouettes from fragments from a detonation of either bomb;
• a frame which is fixed to said first horizontal base and which holds said first horizontal diverter in place;
• and
• a plurality of tubes which are filled with said fire suppressant chemical extinguishing agents, said plurality of tubes including at least one auxiliary tube which is supported by said frame between said first and second bombs along their entire length and which ruptures upon a detonation of a bomb to release said fire suppressant chemical extinguishing agents and reduce the fire hazard of the detonation to help prevent said sympathetic detonation.