Our vision was to develop a robust and cost-effective STOL drone capable of addressing the challenging logistical problems associated with delivering essential items and material efficiently to people who needed them in hard to reach or difficult places.
The WAS platform is a twin-engine light alloy twin boom aircraft capable of carrying a payload of 100 kg up to 1000 km, designed in line with our Zero Single Point of Failure philosophy to ensure that, where possible, risks have been rigorously eliminated including avionics, communications and ground control.
|1||Distance||Up to 1,000 km|
|2||Payload||Up to 100 kg|
|3||Internal payload||700 L volume|
|4||Take off and landing||150 m in any direction|
|5||Structural materials||95% aluminum|
|6||Control surfaces||24 interchangeable control surfaces|
|7||Engine||2 twin stroke engines|
|8||CO2 output||30% of CO2 output per Kilo of payload
(in comparison to twin prop light aircraft)
|9||Empty weight||300 kg|
|10||Maximum take-off weight||450 kg|
|11||Cruise speed||135 km/h|
|12||Take-off and landing||200 m (no wind)|
|13||Nominal endurance||12 + hours|
|14||Electrical power||350 W|
|15||Runway||Dirt, grass, tarmac and ice|
Masterless™ is an entirely new architecture that has been developed and patented by Distributed Avionics, providing best in class autopilot technology for drones in the world.
For more information visit Distributed Avionics.