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Aeroscout Aeroscout Scout B-330 UAV Helicopter

The Scout B-330 UAV helicopter is designed to carry payloads 30kg (66lbs) for at least three hours in a typical mission scenario. This includes a fully autonomous take-off sequence, a mission flight at variable speed, and a landing sequence. The miss…

  • Aeroscout Aeroscout Scout B-330 UAV Helicopter
Aeroscout
Technikumstrasse 21
6048 Horw
Switzerland

Description

The Scout B-330 UAV helicopter is designed to carry payloads 30kg (66lbs) for at least three hours in a typical mission scenario. This includes a fully autonomous take-off sequence, a mission flight at variable speed, and a landing sequence. The mission can be a preprogramed on the ground control station (GCS) or it can be continuously adapted by the operator. Various safety features such as autonomous homing and automatic landing in case of link-loss as well as redundant backup links are part of the standard UAV helicopter system. The Scout B-330 UAV helicopter is fully boarded and sealed to operate under dusty, rainy and humid conditions like in the mountains or offshore. The extremely stable flight behavior in strong wind is crucial for perfect data acquisition of many sensor applications. The development and production of the Scout B-330 UAV helicopter, located in Switzerland, is based on modern CAD tools and laser production technology and fulfills highest certification standards

Specifications

  • Year of last update
    2017
  • Typical applications
    LIDAR
  • Brand
    Aeroscout
  • Max. payload [kg]
    50
  • Max. stay in the air [min]
    180
  • Max. speed [km/h]
    100
  • Max. height above sea level [m]
    1000
  • Propulsion
    Fuel engine
  • Platform
    Copter
  • ø / wingspan [cm]
    340
  • Height [cm]
    120
  • Weight [kg]
    85
  • Weight of battery [kg]
    2
  • Weight of filled fuel tank [kg]
    15
  • Number of rotors
    2
  • Transport on human back
    N
  • Min. operation temperature [°C]
    -10
  • Max. operation temperature [°C]
    40
  • Max. wind speed [m/sec]
    20
  • Max. humidity [%]
    90
  • Min. ø of launch/landing site [m]
    30
  • Launching method
    Vertical takeoff
  • Automatic launch and landing
    Y
  • Training provided
    Y
  • Autonomous emergency landing
    Y
  • Other sensors and additional information
    GPS/INS
  • Correction services [PPK, RTK]
    RTK
  • Type of Camera
    optional
  • Type of Lidar
    Riegl laser scanner VP-1
  • Onboard imaging/scanning devices
    RGB Camera, Lidar
  • Ground computer included
    Y
  • Type of Ground computer
    Panasonic
  • Sensor control
    Y
  • Real time image and video download link
    Y
  • Type of software included
    Flight planning
  • Flight planning software
    Aeroscout ALMI Technology LIDAR
  • Point could processing software
    Riegl Software Buddle
  • Automatically Generated Products
  • Included batteries and charger
    yes

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