ICEYE Systems

ICEYE SAR DATA

Radar Satellite Imaging Solution from ICEYE

 

SLC SAR Data Set 1SLC SAR Data Set 2ICEYE GRD Data Set

 

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ICEYE SAR Data

Solve the challenges you face with the ICEYE SAR data covering any location on Earth, any time

ICEYE is the global leader in small satellite synthetic-aperture radar (SAR) technology.  ICEYE’s small satellite SAR imaging constellation is customized for the high revisit rate and frequent delivery of high-resolution imagery.  ICEYE simplifies its order flow and ensures up-to-5-day period from image tasking to data delivery.

Get access to SAR images over the locations of your interest, decide on the imaging frequency, and solve your challenges with the accurate data of any location on Earth, collected through clouds and darkness
SAR Data - Realibility
Reliability

ICEYE SAR data is collected regardless of weather conditions, through cloud cover, and during the night. This enables regular monitoring of sea and land areas and frequent imaging of hard-to-reach regions

SAR Data - Timely Delivery
Timely Delivery

Operational use of radar satellite imaging requires timely response and delivery of SAR data.  Standard ICEYE Service Timeline from order confirmation to data delivery to a customer takes up to 5 days

SAR Data - Resolutions
SAR Data that Suits Your Operational Need

X-band radar imaging is available at 1x1 meter resolutions as Spotlight, at 1.5x1.5 and 3x3 meter resolutions as Stripmap, and at 20x20 meter resolution as ScanSAR

SAR Data - Land and Sea
Suitability For Land & Sea Applications

ICEYE constellation supports daily ground track repeat globally, enabling fast build-up of image stack for advanced InSAR analysis. ICEYE radar imagery is exceptionally suitable for marine applications, large areas monitoring, and frequent change detection

SAR Data - Constellation
Data Provision For Coherent Change Detection And  Daily Interferometry

The initial 6 satellite constellation for 2019 is planned to be in orbit in 3 different inclinations, with 2 satellites in each inclination. This configuration supports a daily ground track repeat of 24 hours globally, giving access to an unmatched daily interferometry uses