Traditional long-range medical and cargo transport often forces a compromise: helicopters offer vertical flexibility but at an exorbitant cost, while fixed-wing aircraft require expensive runway infrastructure. The Aero-200 eliminates this compromise entirely.
Engineered as a next-generation tilt-wing drone, the Aero-200 takes off and lands like a helicopter from virtually any even surface-whether it is in front of a medical lab, a warehouse, or a remote production facility. Once airborne, it transitions to forward flight, cruising with the speed, range, and unmatched energy efficiency of a traditional airplane.
| Wing-span | 6.12 m |
|---|---|
| Useful load | 38 kg |
| Typical mission | 20 kg / 200 km |
| Payload concept | Internal payload, front loaded, slide-in external payload |
| Max. take-off mass (MTOM) | 208 kg |
| Efficient cruise speed | 125 km/h |
| Powertrain | Hybrid-electric two-stroke boxer |
| Fuel type | Gasoline |
| Flight control system | Proprietary Development |
| Market availability | 2027 for serial production aircraft |
Discover integrated ISR, Counter-UAS, tactical logistics, and mission-ready unmanned systems designed for modern defence operations.
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