SAMS Hydrogen. Specifications. A photo.

SAMS Hydrogen is a Scottish multifunctional experimental unmanned aerial vehicle developed by the Scottish Association of Marine Sciences.

The SAMS Hydrogen multi-functional airframe, although it is currently only an experimental aircraft, has rather wide operational and functional capabilities that allows performing tasks such as aerial photography and aerial photography of the terrain, conducting observation, patrol and monitoring missions, monitoring the state of the atmosphere, etc. Due to the fact that the device was not launched into mass production, the popularity of this drone remained very low, however, the special The experts believe that after the technical part has been finalized, the mass production of the UAV can still be deployed.

The Scottish multi-purpose unmanned aerial vehicle SAMS Hydrogen was designed in an airplane-type configuration, while the air-craft has a compact design that not only provides ease of operation and transport, but also allows the drone to have high maneuverability when flying.

The power part of the Scottish multifunctional unmanned aerial vehicle of the SAMS Hydrogen model is represented by a single hydrogen engine that allows the airspeed to develop a maximum flight speed of 150 km / h, with autonomy in the air up to 2 hours, while any harmful to the environment emissions there are no, which makes the aircraft unique in its own way.

Technical characteristics of SAMS Hydrogen.

• Length: Unknown;
• Wingspan: Unknown;
• Height: Unknown;
• Maximum takeoff weight: unknown;
• Cruising flight speed: 120 km \ h .;
• Maximum flight speed: 150 km \ h .;
• Maximum flight distance: 120 km .;
• Maximum flight height: 3600 m .;
• aircraft engine type: Electric;
• Powerplant: unknown;
• Power: unknown.

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