The concept is based on a known limitation.
Most articulated ladders do not reach the highest areas of modern buildings, while conventional drones suffer from instability in the face of wind, heat and turbulence generated by the fire itself. This model solves the dilemma with a system of ducts and reinforced structure, increasing stability and allowing an effective spray range of around 45 m with precision between 0.3 and 0.6 MPascal.
The operational scene is precise, connected to the truck, the drone receives constant supply, avoiding battery limitations and guaranteeing continuous flow of water or extinguishing agents, the rapid ascent to the necessary height allows the team to attack the focus of the fire without depending on dangerous approaches, eliminating the historical bottleneck of unreachable facades.
The immediate impact is on efficiency, but the structural point is greater, because large urban buildings grow faster than the capacity of traditional equipment to accompany them, opening space for aerial solutions that treat fire as a vertical and dynamic objective. The drone fits right into that gap, creating a new layer of response for complex operations.
What emerges from this system is not only a technological accessory, but a change in the very logic of combating fire at height and when the line between the ground and the sky stops being an obstacle, urban security begins to be redesigned by machines that ascend where humans cannot reach.
