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senseFly eBee

Use this fully autonomous drone to capture high-resolution aerial photos that you can transform into accurate orthomosaics & 3D models.

  • senseFly eBee
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senseFly
Route de Genève 38 / (Z.I. Châtelard Sud)
1033 Cheseaux-Lausanne
Switzerland
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Videos
Topographic Drone Survey of an Island Airport
Topographic Drone Survey of an Island Airport

eBee Explained — Planning & Flying A Drone Mapping Mission
eBee Explained — Planning & Flying A Drone Mapping Mission


senseFly - All Drones, All The Time
senseFly - All Drones, All The Time


Corridor Mapping In Turkey With An eBee Drone
Corridor Mapping In Turkey With An eBee Drone


senseFly presents: Mapping the Impossible
senseFly presents: Mapping the Impossible


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Description

Use this fully autonomous drone to capture high-resolution aerial photos that you can transform into accurate orthomosaics & 3D models.

Specifications

  • Year of initial development:
    2012
  • Year of last update
    2016
  • Typical applications
    mapping, surveying, GIS, research, construction
  • Brand
    senseFly
  • Max. payload [kg]
    0.15
  • Max. stay in the air [min]
    45
  • Max. speed [km/h]
    90
  • Max. height above ground [m]
    1000
  • Propulsion
    Lithium polymer battery
  • Platform
    Aircraft
  • ø / wingspan [cm]
    96
  • Height [cm]
    11
  • Weight [kg]
    0.405
  • Weight of battery [kg]
    0.14
  • Weight of filled fuel tank [kg]
    0
  • Number of rotors
    1
  • Transport on human back
    Y
  • Min. operation temperature [°C]
    -15
  • Max. operation temperature [°C]
    40
  • Max. wind speed [m/sec]
    12
  • Type of GNSS receiver and captured signals
    L1 C/A code
  • Onboard imaging/scanning devices
    Additional sensors
  • Type of Camera
    WX (18.2 MP)
  • Additional Sensors and additional information
    S110 RGB, thermoMAP
  • Build-in Stablilsation
    N
  • Exchangeable
    Y
  • Sensor tilting to allow oblique views
    N
  • Min. ø of launch/landing site [m]
    25
  • Launching method
    Hand launched
  • Automatic launch and landing
    Y
  • Training provided
    Y
  • Collision avoidance systems (CAS)
    Y
  • Autonomous emergency landing
    Y
  • Flight planning software
    eMotion 2
  • Photogrammetric software
    Postflight Terra 3D EB
  • Point could processing software
    Postflight Terra 3D EB
  • Type of software included
    Block adjustment, Camera self-calibration, Flight planning, Photogrammetric software, Point cloud processing software
  • Automatically Generated Products
    3D Landscape Models, DEMs, Orthomosaics
  • Ground computer included
    N
  • Type of Ground computer
    Windows PC/Tablet
  • Sensor control
    Y
  • Real time image and video download link
    N
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