Current smart firefighting systems can only "detect" issues but unable to effectively "resolve" them, for example, through fire extinguishing operations. Particularly, in petrochemical fire scenarios, where explosions are highly likely, there is an urgent need for firefighting combat capabilities that can intervene the fire situation as early as possible. In these situations, even after the conventional 15-minute responding time for firefighting teams, a routine fire could escalate the matter into an explosion.

Localization, Instantaneous Response, Primary Equipment for Fire Rescue Combat, Autonomous Intelligence, Upgradable System

Firefighting-capable UAV bases are deployed locally, occupying only a car parking sized area. They are connected directly to already existing local fire water supply systems and integrated with current available smart firefighting systems.

Upgrade conventional smart firefighting systems from merely "detecting" potential fire situations to effectively "resolving" them through fire extinguishing rescue operations. A continuous liquid discharging flow rate of 30 L/s of water or Class B foam may be achieved.

Initiate firefighting combat right away, avoiding the time delay as for firefighting truck readiness; reduce responding time from 15 minutes to possibly under 1 minute. Rapidly control fire spreading in scenarios such as residential complexes, industrial parks, chemical plants, and oil refineries; significantly lower casualty risks.