Skip links

SETTING TRENDS SINCE 1877
International Partners
Our Offices
Service Centers

022 2207 1828/1824/6048

en English
af Afrikaanssq Albanianam Amharicar Arabichy Armenianaz Azerbaijanieu Basquebe Belarusianbn Bengalibs Bosnianbg Bulgarianca Catalanceb Cebuanony Chichewazh-CN Chinese (Simplified)zh-TW Chinese (Traditional)co Corsicanhr Croatiancs Czechda Danishnl Dutchen Englisheo Esperantoet Estoniantl Filipinofi Finnishfr Frenchfy Frisiangl Galicianka Georgiande Germanel Greekgu Gujaratiht Haitian Creoleha Hausahaw Hawaiianiw Hebrewhi Hindihmn Hmonghu Hungarianis Icelandicig Igboid Indonesianga Irishit Italianja Japanesejw Javanesekn Kannadakk Kazakhkm Khmerko Koreanku Kurdish (Kurmanji)ky Kyrgyzlo Laola Latinlv Latvianlt Lithuanianlb Luxembourgishmk Macedonianmg Malagasyms Malayml Malayalammt Maltesemi Maorimr Marathimn Mongolianmy Myanmar (Burmese)ne Nepalino Norwegianps Pashtofa Persianpl Polishpt Portuguesepa Punjabiro Romanianru Russiansm Samoangd Scottish Gaelicsr Serbianst Sesothosn Shonasd Sindhisi Sinhalask Slovaksl Slovenianso Somalies Spanishsu Sudanesesw Swahilisv Swedishtg Tajikta Tamilte Teluguth Thaitr Turkishuk Ukrainianur Urduuz Uzbekvi Vietnamesecy Welshxh Xhosayi Yiddishyo Yorubazu Zulu

Sky Scanner

Awaiting product image

Sky Scanner

Need a Quote Click Here

  • The new Sky-Scanner is a high performance airborne data collection system that fills the gap between the low-cost low-altitude photogrammetry approach of current UAV systems, and the more complex and expensive lidar systems typically deployed on manned fixed and rotary wing aircraft.

Description

  • The new Sky-Scanner is a high performance airborne data collection system that fills the gap between the low-cost low-altitude photogrammetry approach of current UAV systems, and the more complex and expensive lidar systems typically deployed on manned fixed and rotary wing aircraft.

Specification

      • Adaptable to any mid-range UAV (already tested on DJI-S1000 and DJI-Matrice-600), or other aircrafts.  The flight plan can be programmed with any mission planning software (ex: DJI Ground Station). Best-practice initialization procedure for the Inertial System, without any loss of autonomy. The post-processing software generates georeferenced LAS files, starting from the SBET obtained with the POSPac.
      • The LAS files and the ortophotos can be imported and processed in any point-cloud management software (Terrascan, Riscan, Orbit, JRC, etc) to get the most required and expected deliverables:

Features

      • Adaptable to any mid-range UAV (already tested on DJI-S1000 and DJI-Matrice-600), or other aircrafts.  The flight plan can be programmed with any mission planning software (ex: DJI Ground Station). Best-practice initialization procedure for the Inertial System, without any loss of autonomy. The post-processing software generates georeferenced LAS files, starting from the SBET obtained with the POSPac.
      • The LAS files and the ortophotos can be imported and processed in any point-cloud management software (Terrascan, Riscan, Orbit, JRC, etc) to get the most required and expected deliverables:

Brochure - Download (PDF)

No PDF Available

Related Products