Radar (SAR)
Maps surface structure, moisture and subtle terrain change — day, night and through cloud.
Satellite analysis of your site
We analyse available imagery and data to guide study toward indicators related to metals, voids, caves and precious stones, then turn the findings into clear maps and priority areas.
Live tracking
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- Landsat 8Optical —
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- TerraThermal —
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- Sentinel-3AThermal —
- WorldView-3Very high res —
- Pléiades Neo 3Very high res —
Orbital data: CelesTrak · updated 2026-09-22 16:36 UTC
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- Next pass over Morocco
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When will satellites see your site?
Enter your coordinates and we calculate, from the real orbits, when radar, optical and thermal satellites will pass over your land in the next five days.
Your schedule of satellite passes will appear here.
Calculating five days of orbits…
Next imaging opportunities
Passes are calculated from public orbital data and nominal sensor swaths. Whether an image is actually recorded depends on each operator’s acquisition plan and, for optical sensors, on cloud cover.
Four layers of data, one expert reading
Multispectral imagery
Reveals mineral-alteration signatures in rock and soil, and vegetation stress.
Thermal infrared
Highlights day–night temperature differences that can relate to moisture or voids.
Elevation models
Reads terrain, drainage and faults to understand the site’s geology.
NISAR · NASA/JPL-Caltech
From your coordinates to a clear report
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01
Send your location
A GPS point or the area outline, by WhatsApp or the order form.
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02
Imagery collection
We select the most recent, clearest imagery of the area from several satellites.
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03
Analysis
Our expert studies each layer and ranks the priority zones.
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Report & field check
You receive maps, coordinates and advice on verifying on site with the right detector.
Results are inferential and depend on data availability, quality and terrain. They do not guarantee a discovery and do not replace field verification.
Choose the right study
Initial Reconnaissance Scan
First-pass target detection & GPS coordinates
1 000 MADper study
Orbital satellite radar scan to detect anomalies and pinpoint exact GPS coordinates for shallow metals and void indicators.
Included
- Precise GPS target coordinates
- Surface & shallow metal indicators
- Initial cavity & void detection
- Actionable digital survey report
- Fast 24-48h turnaround
Most complete
Comprehensive Specialist Orbital Scan
Deep 3D orbital scan & exact target depths
25 000 MADper study
High-resolution Synthetic Aperture Radar (SAR) and multi-spectral deep satellite analysis to determine exact depth, metal discrimination, caves, voids, and precious stones.
Included
- Exact depth & layer thickness calculation in meters
- High-res 3D geological & thermal contour maps
- Discrimination of buried gold, silver & noble metals
- Subsurface caves, burial chambers & sealed voids
- Gemstone veins & underground water detection
- Full engineering report & 1-on-1 expert consultation
- Pinpoint ground-zero excavation guidance
Pay by bank transfer
AttijariWafa bank · HM.NART.TECHNOLOGY
MA64 007 330 000590500000120877
When you send the advance deposit, shipping will proceed the same day we receive your deposit.
Questions about the satellite study
Is my location kept confidential?
Yes. Your coordinates, imagery and report are used only for your study and are never shared.
Can satellites tell the depth of a target?
No. Satellite imagery reveals surface and structural indicators that help rank priority zones; depth and confirmation are established on site with the right detector, which we help you choose.
How long does a study take?
An initial study takes 24–48 hours; a specialist study takes 3–5 working days depending on the size of the area.
Which satellites are shown on this page?
Real Earth-observation satellites such as Sentinel and Landsat, positioned live from their public orbital elements. They are shown for illustration; each study uses the imagery available for the area.