Gem Systems

09/22/2026

Are you in for conference? Want know how our can be a part of your -surface projects?

Come over to our booth 119 and talk to us!

https://www.gemsys.ca/uavs-pathway-to-the-future/

09/21/2026

We've arrived for day 1 of in Thessaloniki!

Come visit us at booth 119, we are happy to show you our .

www.gemsys.ca

09/18/2026

📢 We’re heading to Thessaloniki!

Next week, GEM Systems will be at the Conference, September 20–24.

📍 Visit us at Booth 119 to learn more about our advanced magnetometers and near-surface solutions.

Want to meet with our team? Reach out to schedule a meeting.

https://eagensg.org/

We are pleased to welcome you to the Near Surface Geoscience Conference & Exhibition 2025 in Naples, Italy!

09/16/2026

Better UAV magnetics starts with the right combination.

At the Trinity Silver Project in Nevada, Pioneer Exploration Consultants Ltd used a GEM Systems GSMP-35U vapour together with our GSM-19 base station for a 312 line-km drone magnetic survey on the behalf of Americore Resources.

The goal? Map structures across approximately 6 km of strike and help improve understanding of the geology controlling mineralization.

The GSMP-35U collects high-resolution magnetic data from the air, while the GSM-19 provides continuous base-station measurements to support correction of temporal magnetic variations.

This integrated workflow allows better magnetic data for exploration.

Read the report below:

https://zurl.co/YUPuk

Americore Resources Corp. (TSXV: AMCO) (FSE: 5GP) (OTCQB: AMCOF) ("Americore" or the "Company") announces that the 2026 field program on the Company's…

09/15/2026

Thanks to Barbara from Austria for sending in this from their observatory in Austria.

Want to know more about our observatory applications? See our website.

https://zurl.co/xZFMt

09/11/2026

What is a magnetic anomaly?

Not every magnetic anomaly means the same thing.

A magnetic anomaly is a variation in the Earth’s magnetic field caused by differences in the magnetic properties of materials beneath the surface.

These variations can help geophysicists identify:

🔹 Changes in rock type
🔹 Geological structures and faults
🔹 D***s and other intrusive features
🔹 Buried objects and infrastructure
🔹 Areas of interest for mineral exploration

But the real value of magnetic data isn’t simply finding an anomaly — it’s understanding what caused it.

That’s where quality data and careful interpretation come together to turn magnetic measurements into geological insight.

Explore our technologies and applications: www.gemsys.ca

09/10/2026

773.7 line-km of magnetic data. 🧲

A recent UAV magnetic survey using the GSMP-35U potassium magnetometer at the Martello Gold Project in Ontario covered more than 770 line-km to help improve the geological understanding of the project area.

The survey incorporated our GSM-19 Overhauser base station to monitor magnetic variations during the airborne acquisition.

It's another example of how airborne surveys and ground-based magnetic monitoring work together to produce reliable exploration data.

https://irw-press.com/en/update-re-martello-gold-project

09/08/2026

We are happy to announce we will be participating in this years conference in Thessaloniki, Greece from September 20 to 24.

We will be at booth number 119.

Please reach out to us if you'd like to set up a meeting.

https://eagensg.org/

We are pleased to welcome you to the Near Surface Geoscience Conference & Exhibition 2025 in Naples, Italy!

09/04/2026

Magnetometers aren't just for mineral exploration.

Magnetic surveying is used across a surprisingly wide range of applications:

🏺 Archaeology — mapping buried walls, foundations, kilns, and other features.

⛏️ Mineral Exploration — identifying geological structures and magnetic anomalies that can help guide exploration.

🌋 Volcanology & Geothermal — investigating subsurface structures and changes in volcanic systems.

💧 Environmental & Engineering — mapping buried infrastructure and other subsurface features.

⚠️ UXO Detection — locating buried ferrous objects.

🌎 Geomagnetic Research — monitoring and studying variations in Earth's magnetic field.

Different challenges, same fundamental tool: measuring variations in the Earth's magnetic field to learn more about what lies beneath the surface.

https://www.gemsys.ca/applications-and-case-studies/

09/02/2026

How do you build a high-resolution airborne magnetic survey? 🧲🚁

A recent Québec government assessment report provides a great real-world example.

During a 2024 airborne survey over the Duparquet and Hunter properties, the survey system used three GEM Systems GSMP-35U mounted in a towed bird beneath an AS350-B2 helicopter.

On the ground, two magnetometers operated as base stations throughout the survey, continuously monitoring changes in the Earth's magnetic field.

Together, the airborne sensors and base stations provided the magnetic measurements needed to build a high-quality dataset for geological interpretation.

It's a great example of how airborne magnetics and ground-based monitoring work together in a modern geophysical survey.

Read the full Québec government report:
https://gq.mines.gouv.qc.ca/documents/examine/GM73983/GM73983RAP001.pdf