HARRIER 56

Full Wave Form Digitization LIDAR Mapping System


 

 

 

 

   LiDAR Sensor  |  Specification | TopPIT Software | Applications |  Harrier 56/G4 Harrier 24  DiLis 4/2 | Airborne Laser Survey (ALS) |

 

 
Wide angle full wave form digitization Laser-Scanner combined with a calibrated digital camera

System Description:

HARRIER56/G4 sets a new edge on digital image acquisition and LIDAR scanning.  The combination of the wide angle full wave form digitization Laser scanner Riegl LMSQ560 and the medium format digital frame camera makes this system the perfect tool for corridor mapping, aerial survey and remote sensing. Whenever your customer asks you to deliver the real details. 

 

The full wave form digitization feature of the HARRIER56/G4 enables the user to extract most comprehensive vertical information from the acquired echosignals.  The HARRIER56/G4 integrated digital camera has been designed to generate geometrically and radiometriacally consistent high quality color and CIR digital imagery.

 

The camera is also opt to be operated stand alone inorder to serve medium-altitude aerial image projects for mapping or photogrammetric applications, thus doubling the usage of the HARRIER56/G4.

 

  

Key Performances:

  • Full wave form digitization

  • Up to 240 kHz laser pulse rate

  • 45degrees field of view( configurable up to 60 degrees)

  • LIDAR operating altitude up to 1,200m

  • Integrated flight management system

  • Portable storage system

  • Integrated medium-format digital frame camera (Rollei or Apllanix)

  • Image resolution up to 3cm

  • Cost effective solution

Customer Benefits:

  • Compact system

  • Complete solution

  • Competitive advantage

  • Flexible usage

  • Integrated data flow and work flow of LIDAR data and image data processing

 

 

 

 

 Specifications of Sensor Head:

 

Laser scanner 

Beam deflection

Field of view

Measurement rate

Operating altitude

Beam divergence 

Range capture

Intensity capture

Scan frequency

Eye safe

Swath width

Range resolution

Vertical accuracy

Horizontal accuracy

Spot distribution

Temperature

                            

Humidity

Weight

Dimensions sensor

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 Riegl LMSQ560

Rotating polygon

45 degrees to 60 degrees (maximum)

120,000 Hz (45 deg.) 160,000 Hz (60 deg.)

30m -  1,200m

0.5 mrad

Full waveform digitization

16 bit

10 Hz to 160 Hz

Class 1

83 % of op. altitude (45 degrees)

0.020m

< 0.15 (absolute)

0.25 (absolute)

Parallel lines

0 - + 40 deg. C (operation)

-10 - +50 deg. C (storage)

0 – 90 Non condensing

32 kg (+10 camera)

64 x 30 x 48 cm

Vibration isolated case mounts directly on

the floor

 

Available Options:

  • Integrated medium format digital frame camera

  • Integrated flight management system

  • Portable storage system

 

Specifications Digital Camera (Option):

Specifications Computer Rack:

Model                 :

Operating altitude:

Field of view        :

Array size:

Channels:

Max. Exp. rate

Image pixel size:

Images scales:  

Calibration:

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Applanix DSS or Rollei Metric AIC Pro

0 - 6,000m

45 degrees (60 optional)

22 / 39 MP

Three (RGB or IGB)

Down to 2.5 sec

Down to 0.03m

1:250 to 1:10,000

Geometrical and Radiometrical

Log time

Power

Temperature

 

 

Humidity

 

 

Positioning system

 

 

Weight

 

Dimensions computer

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> 8 h

28 V DC, 20 A max.

0 - +40 deg. C (operation)

-10 - +50 deg. C (storage.)

 

0% - 90%

Non condensing

 

Applanix POS/AV

Novatel SPAN

 

42 kg

 

54 x 50 x 44 cm

Vibration isolated case mounts directly on the aircraft floor.

 

Operations And Applications:

  • Corridor mapping and area mapping, aerial survey and remote sensing

  • All kind of high resolution ortho images, rapid response, pipeline monitoring, power line mapping, corridors, city models, common Lidar projects, detailed analyze and studies, target classification

  • Helicopter and fixed wing aircraft operation

 

 Data Processing:

  • TopPIT software package for pre and post processing of LIDAR and true ortho images

  • Harmonized data flow and workflow for LIDAR and imagery data

     

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