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Fixed-wing UAV
An unmanned fixed-wing platform designed for missions that benefit from efficient forward flight.
Defence · DroneDash UAV Systems
Persistent awareness, engineered from first principles.
A DroneDash fixed-wing unmanned aircraft paired with computer vision that acquires targets and overlays their geospatial coordinates.
Capability
Airframe endurance meets machine perception.
A fixed-wing platform for efficient forward flight, combined with machine perception that turns imagery into located, actionable information.
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Computer AI vision
A vision pipeline designed to acquire and track selected objects within sensor imagery.
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Geospatial overlay
Software that associates acquired objects with geospatial coordinates and presents that context to operators.
Propulsion
Two propulsion paths. One airframe direction.
The fixed-wing platform is sized around an electric ducted-fan baseline, with a propulsion module architected to accept a turbojet configuration where mission profiles prioritise higher speed.
| Configuration | Twin-EDFBattery-electric ducted fans · baseline | TurbojetTurbine configuration · higher-speed emphasis |
|---|---|---|
| Fast cruise | 180–220 km/h modeled | 300 km/h+ design objective |
| Duration at fast cruise | 13–16 minutes modeled | To be validated |
| Modeled travel distance* | about 40–60 km | To be validated |
| Energy source | 18S 40 Ah battery pack | Turbine fuel, capacity to be validated |
* Modeled travel distance is the straight-line arithmetic distance at modeled cruise before mission reserve. It is not a guaranteed operational range or radius.
Twin-EDF figures are engineering estimates. The turbojet 300 km/h+ objective is an aspiration, to be established with a selected turbine, measured drag, installation design and flight data. Payload, installation, flight profile and reserve affect actual performance.
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