ISPAS
Maker of innovative radar solutions since 2001!
ISPAS Oil Spill Detection (OSD)
ISPAS Oil Spill Detection (OSD) radar uses the latest technology to achieve detection of oil on the sea surface under varying seastates, even seastate 0. The advanced FMCW polarimetric Ku-band radar has electronically scanning antennas covering 100 degrees in less than 0.2 seconds. The radar has been operational on the newest oil producing platform in the North Sea, the Edvard Grieg platform since October 2017 and Johan Castberg since 2018.ISPAS Radar Cross Section measurements (RCS)
ISPAS highly qualified expertise also covers all aspects of radiofrequency (RF) equipment from radars for RCS measurements to custom design RF equipment and radar/RF/RCS measurement assistance both for indoor and outdoor RCS measurements. In-house developed SW for anechoic chambers with Vector Network Analyzer (VNA) • Antenna measurements, nearfield and far field • RCS / ISAR • SW and system may also be used for measurements outside an anechoic chamber
ISPAS Copyright © 2020 all rights reserved.
ISPAS
Maker of innovative radar
solutions since 2001!
ISPAS Oil Spill Detection (OSD)
ISPAS Oil Spill Detection (OSD) radar uses the latest technology to achieve detection of oil on the sea surface under varying seastates, even seastate 0. The advanced FMCW polarimetric Ku-band radar has electronically scanning antennas covering 100 degrees in less than 0.2 seconds. The radar has been operational on the newest oil producing platform in the North Sea, the Edvard Grieg platform since October 2017 and Johan Castberg since 2018.ISPAS Radar Cross Section
measurements (RCS)
ISPAS highly qualified expertise also covers all aspects of radiofrequency (RF) equipment from radars for RCS measurements to custom design RF equipment and radar/RF/RCS measurement assistance both for indoor and outdoor RCS measurements. In-house developed SW for anechoic chambers with Vector Network Analyzer (VNA) • Antenna measurements, nearfield and far field • RCS / ISAR • SW and system may also be used for measurements outside an anechoic chamber
ISPAS Copyright © 2020 all rights reserved.
