Solar Power UAV
Prime Manu.
UAV Designation
Production Status
Operational Status
Power plant
Demensions(m)
Weights(kg)
Performance
 
 Comments
 Development
Production
Operation
 Purpose type
Payload type
Min ground crews need
Control station
Comm Frequency
Launch, take off type
Recovery, landing type
Engine
Propulsion
Wign Span
Wing area (§³)
Length overall
Height overall
Fuselage Max width
Wheel track
Wheel base
Wing aspect ratio
Weight empty
Max Payload
Max fuel weight
Max T-O/launch weight
Max Endurance (h)
Range (nm)
Service Ceiling (ft)
Max level speed
Cruising speed
Loiter speed
stall speed
Max rate of climb
Aero Vironment
Pathfinder
Complete
Complete Complete Solar- powered experimental UAV.  Low latitude flight: a long-lens camera, optical viedeo cameras and particulate  samplers.       Conventional wheeled take-off. Conventional wheeled landing. 2.23 hp pylon-mounted brushless DC electric motors.   Each directly driving a two-blade variable-pitch carbon fibre prop. 30.48 app 74.32               11.3   218 14.0 108 70,000   31        
In early 1980s; made nine flights during 1993.              Dia 2.18                                  
Centurion Quarter-scale prototype/ Full-size
Complete Underway    Solar- powered experimental UAV.          Conventional wheeled take-off.  Conventional wheeled landing. Twelve model aircraft electric motors powered by 32 flashlight batteries./ 14 electrically driven props powered by 120 V, 96 Ah li/SO©ü primary batteries. Each driving a two-blade prop. 19.05/ 62.79 11.61/ 153.10            31.25/ 25.75 / 544.5  / 274.5 1,300 11.3/ 819 1.4 200 100,000 21          
                                                   
Helios
Underway      Solar- powered experimental UAV.         Conventional wheeled take-off.   Conventional wheeled landing.   74.98 183.58           30.875   100    635 6 months OTH 50,000- 70,000  28         With Fuel Cells
                                                     
Prime Manu.
UAV Designation
Production Status
Operational Status
Power plant
Demensions(m)
Weights(kg)
Performance
 
 Comments
 Development
Production
Operation
 Purpose type
Payload type
Min ground crews need
Control station
Comm Frequency
Launch, take off type
Recovery, landing type
Engine
Propulsion
Wign Span
Wing area (§³)
Length overall
Height overall
Fuselage Max width
Wheel track
Wheel base
Wing aspect ratio
Weight empty
Max Payload
Max fuel weight
Max T-O/launch weight
Max Endurance (h)
Range (nm)
Service Ceiling (ft)
Max level speed
Cruising speed
Loiter speed
stall speed
Max rate of climb
CUV
SLURS
Underway                   Battery   5.0                   10 2 1.0 5 500            
NRL
Flyrt
Complete Complete Limited               Battery   8.0                   72 25 0.5 4 2,000            
NRL
Sender
Complete Complete Limited               Battery   4.0                   10 3 2.0 50 5,000            
NRL
Swallow
Underway                   Battery   15.0                   62 10 2.0 60 30,000