HARRIER 24

Medium-Format Imaging System and Wide Angle LIDAR Scanner


 

 

   LiDAR Sensor  |  Specification | TopPIT Software | Applications |  Harrier 56 Harrier 24 Airborne Laser Survey (ALS) |

 

 

Medium-format digital imaging system combined with a wide angle Laser Scanner

 

System Description:

The HARRIER 24 is the ready to use low budget LIDAR system that allows you to easily and successfully add LIDAR Scanning to your existing business. But you can get more: the HARRIER 24 is also the digital imaging answer for aerial survey and remote sensing. Having additionally a wide angle Laser scanner integrated, the HARRIER 24 allows you also to expand your business just by switching on the Laser. HARRIER 24 integrates the medium-format digital camera Applanix DSS 322 and the Laser scanner Riegl LMS-Q240, a very cost effective airborne Laser scanner. Data processing is workflow oriented, optimized and fully integrated for both, images and elevation data.

 

Key Performances:

  • Integrated 22M digital frame camera Applanix DSS 322

  • Image resolution up to 3 cm

  • Up to 10 kHz effective distance measurement rate

  • 60 degrees field of view (80 degrees as option)

  • Maximum altitude of 6,500 m for images

  • LIDAR integration

  • Cost effective solution

Customer Benefits:

  • Low budget LIDAR system

  • Complete aerial image solution

  • Competitive advantage

  • Flexible usage

  • Integrated data flow and work flow of LIDAR 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 LMSQ240

 Fixed, polygon

60 degrees fixed 80 degrees (option)

10,000 Hz

30 m 450m

3.0 mrad

First or last or alternating

16 bit

6 Hz to 80 Hz

Class 1

100% of operation altitude (60 degrees)

0.020m

< 0.15m (absolute)

0.25m (absolute)

Saw tooth

-0 - + 50 deg. (operation)

-10 - +60 deg. (storage)

0 – 90 Non condensing

35 kg

50 x 48 x 35 cm

Vibration isolated case mounts directly on the floor

 

Available Options:

  • Enhanced field of view of 80 degrees

  • Integrated digital frame camera Applanix DSS 322

  • Integrated flight management 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

Position accuracy

Exposure control

Light metering

Shutter

Calibration:

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Applanix DSS 322

0 - 6,000m

60 degrees

4,092 x 5,436 pixel

Four (RGB or IGB)

2.5 sec

Down to 0.03m

1:250 to 1:10,000

Down to 0.03m

manual, prio. apert. prio. shutter

Center weighted av.

1:125 – 1:4000

Radiometric

Log time

Power

Temperature

 

Humidity

Positioning system

Weight

Dimensions computer

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> 8 h

28 V DC, 15 A max.

-10 - +50 deg. (op)

 -20 - +70 deg. (stor.)

0% - 90%Non condensing

Applanix POS/AV 410

25 kg

40 x 40 x 45 cm

Vibration isolated case mounts directly on the floor

 

Operations And Applications:

  • Low-resolution area mapping, stereo corridor mapping, aerial survey and remote sensing

  • All kind of high resolution ortho images, rapid response, pipeline monitoring, power line mapping, corridors, ice and snow monitoring, glacier monitoring.

  • Helicopter operation

 

 Data Processing:

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

  • Similar data flow and work flow for LIDAR and image data within the TopoSys sensor system family.

  • Usage of third party software possible

 

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