HARRIER 56/G4
 

Harrier 56/G4 sets a new edge on both – digital image acquisition and LIDAR scanning. The combination of the wide angle full wave form digitization Laser scanner Riegl LMS-Q560 and a 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 waveform digitization feature of the Harrier 56/G4 enables the user to extract most comprehensive information from the echo signals.
The optional integrated digital camera of the Harrier 56/G4 is designed to generate high quality color and CIR digital imagery, accurate and radio metrically consistent.
Also a high resolution four channel optical brush broom scanner is available as an option to be integrated with the Harrier 56/G4.

 

Harrier 56

Key Performances

  • Full wave form digitization
  • Up to 240 kHz Laser pulse rate
  • Up to 160 kHz effective measurement rate
  • 45 degrees to 60 degrees field of view
  • Maximum altitude of 850 m for full wave form data acquisition
  • Integrated digital medium-format frame camera
  • Integrated optical brush broom scanner
  • Image resolution up to 3 cm
  • 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

Service

TopoSys offers the sensor customer services tailored to the Harrier 56 system, such as setup, training support and maintenance.

Hire of the LIDAR

For customers wishing to test the Harrier 56 before purchase, TopoSys offers daily, weekly or monthly hire of the system. This enables the customer to use the Harrier 56 in a LIDAR project and to satisfy himself of the system’s performance before purchase. Rental fees for such test projects are taken into account at purchase after the test.

Contact

Mr. Svein G. Vatslid
Phone: +49 / 7351 / 4 74 02 – 29
Fax.:    +49 / 7351 / 4 74 02 – 31
E-mail: s.vatslid@toposys.com


  Download Description, 342 kB, November 2006


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