Forest fire suppression system

A forest fire suppression system, comprising:

• a satellite comprising a thermal imaging sensor that is configured to detect a hot spot having an average temperature within a predetermined area greater than a threshold average temperature that is indicative of a forest fire, the satellite further configured to transmit an alert signal to an emergency authority via a wireless network when a hot spot is detected;
• a UAV configured to be remotely controlled by an individual at the emergency authority, the UAV further configured to carry a crate filled with a plurality of fire suppression foam bombs, and further configured to drop each of the plurality of fire suppression foam bombs individually;
• wherein each individual fire suppression foam bomb of the plurality of fire suppression foam bombs comprises:
• a housing configured to be filled with a pressurized foam material, a detonation mechanism, a microcontroller, and an outlet nozzle on the housing;
• an upper portion comprising a first interior volume, the upper portion removably secured to a lower portion comprising a second interior volume, the first interior volume in fluid communication with the outlet nozzle;
• wherein the first interior volume is configured to be filled with the pressurized foam material;
• wherein the second interior volume is configured to be filled with a reactant;
• wherein activation of the detonation mechanism is configured to cause intermixing of the pressurized foam material and the reactant to form a mixed foam solution, causing an increase in pressure which causes the mixed foam solution to be ejected from the housing via the outlet nozzle;
• wherein each individual fire suppression foam bomb is adapted to disperse a volume of the pressurized foam material via the outlet nozzle when the detonation mechanism is activated by the microcontroller after the fire suppression foam bomb is dropped by the UAV.