One airframe family. Built for the fire line.

Our aircraft are cutting-edge examples of unmanned aircraft technology, specifically designed for sustained wildfire suppression operations with autonomous and hybrid-electric capabilities. The electric lift motors ensure quiet, responsive vertical flight, while an onboard generator recharges the battery system in flight, significantly extending range and time on station beyond what traditional battery power can achieve.

These advanced aeronautics engineering solutions are built to undertake missions that place human crews at the greatest risk, such as night operations, smoke-obscured terrain, and repeated drops in steep or inaccessible areas. This innovation does not replace the existing aerial firefighting fleet; rather, it serves as a force multiplier that continues to operate effectively when conditions ground everything else to a halt.

Hybrid-electric propulsion

Electric motors and battery power provide the lift needed for unmanned aircraft technology, complemented by an onboard generator that enhances endurance—capabilities that pure-electric platforms cannot match. This technology is especially relevant in aeronautics engineering and applications such as wildfire suppression drones.

Autonomous operations

Hybrid-electric propulsion

Engineered for precise delivery of retardants, this technology minimizes pilot exposure to smoke, challenging terrain, and night-flight hazards, showcasing advancements in unmanned aircraft technology within the field of aeronautics engineering, particularly for applications like wildfire suppression drones.

Modular by design

Hybrid-electric propulsion

Modular by design

The same airframe, designed through advanced aeronautics engineering, accommodates mission-specific modules, paving the way for cargo logistics and emergency medical transport as unmanned aircraft technology continues to evolve, including the use of wildfire suppression drones.

One airframe family. Built for the fire line.

Hybrid-electric propulsion

Hybrid-electric propulsion

Hybrid-electric propulsion

Autonomous operations

Hybrid-electric propulsion

Hybrid-electric propulsion

Modular by design

Hybrid-electric propulsion

Modular by design

Service first. Scale second.

Four, six, or eight rotors; letting the data decide.