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  Are you searching for an airframe sollution for Mini UAV (Unmanned
 
 
  Syrphus®  -  The innovative Tiltwing (VTOL) Design
  Are you searching for an airframe sollution for Mini UAV (Unmanned Aerial Vehicle) applications that can surmount a long distance in
 
  Aerial Vehicle) applications that can surmount a long distance in economic (aerodynamic) flight and then switches to hover mode
 
  economic (aerodynamic) flight and then switches to hover mode for close and steady observation? 
  While Quadrocopters are operating between 0 and 25 mph and fixed
 
  for close and steady observation? 
  While Quadrocopters are operating between 0 and 25 mph and fixed wing UAVs between 20 and 60 mph Syrphus® UAVs have both
 
  wing UAVs between 20 and 60 mph Syrphus® UAVs have both capabilities without losses towards common fixed wing configurations. In general, hybrid
 
  capabilities without losses towards common fixed wing configurations. In general, hybrid airplanes are based on expensive mechanics and a complex FCS (Flight Control System), but
 
  airplanes are based on expensive mechanics and a complex FCS (Flight Control System), but with the ease of the hoverfly Syrphus® UAVs are performing the transition between hover and 
  horizontal flight and vice versa using the full spectrum of velocity.
  The electrically driven Syrphus® UAV is the only Tiltwing/ Tiltrotor UAV below 8 lbs MTOW
 
  with the ease of the hoverfly Syrphus® UAVs are performing the transition between hover and 
  horizontal flight and vice versa using the full spectrum of velocity.
  The electrically driven Syrphus® UAV is the only Tiltwing/ Tiltrotor UAV below 8 lbs MTOW (Maximum Take-Off Weight including 10 000 mA/h battery power and e.g. Bental´s
 
  (Maximum Take-Off Weight including 10 000 mA/h battery power and e.g. Bental´s MicroBAT 275 color daylight camera) and that features the ability of Vertical Take-Off and
 
  MicroBAT 275 color daylight camera) and that features the ability of Vertical Take-Off and Landings (VTOL) from and on water.
 
  Landings (VTOL) from and on water. The small packaging footprint of the Syrphus® “Io” will be only 28 x 13 x 6 in due to a
 
  The small packaging footprint of the Syrphus® “Io” will be only 28 x 13 x 6 in due to a foldable wing mechanism.
 
  foldable wing mechanism. * Pat. App. No. WO 2012/107034 (PCT application)
 
  * Pat. App. No. WO 2012/107034 (PCT application)
 
  
  
  © 2014 Andreas Voss. All Rights Reserved | Legal Notices and Terms
 
  © 2014 Andreas Voss. All Rights Reserved | Legal Notices and Terms
   
 
 
   The Next VTOL UAV Generation
 
 
  The Next VTOL UAV Generation
 
 