Xcite™ TDEM
By incorporating the latest new-age, high-speed electronics and sophisticated aeronautical engineering, Xcite™ is a new and innovative approach to geophysical surveying.
Ground Penetrating Radar
Download one-page technology overview Ground Penetrating Radar (GPR) is used extensively in geotechnical, engineering, construction, and archeology work. GPR involves towing antennas that emit pulses of electromagnetic (EM) energy into…
LiDAR and Photogrammetry
Download one-page technology overview Light Detection and Ranging (LiDAR) is a remote sensing method that uses light in the form of a pulsed laser to measure distances to the Earth…
Loupe
Download one-page technology overview AXIOM GROUP is excited to offer yet another innovative technology to its toolbox. Loupe is a unique portable, mobile TEM system that takes advantage of developments…
Airborne Total Field and Gradient Magnetics
Download one-page technology overview Total Field Magnetics Total field magnetic surveys are a fairly straightforward survey type. The magnetic sensors, called magnetometers, measure the magnetic field of the earth. Various…
NxT™ Gravity
Download one-page technology overview AXIOM GROUP is excited to introduce the groundbreaking NxT™ airborne gravimeter. This next-generation instrument represents a leap forward in airborne geophysics, launched in November 2020 after…
Spectral Analysis
Download one-page technology overview AXIOM GROUP uses the latest synthetic aperture radar and multispectral imaging to analyze structure, vegetation, alteration, and ground movement so complex anomalies over large areas can…
EM-31
Download one-page technology overview Watch the EM-31 video AXIOM GROUP offers EM-31 survey technology, an advanced geophysical tool that adds another layer of depth to our comprehensive service offerings. The…
Airborne Radiometric Data Collection
Download one-page technology overview Radiometrics, or gamma-ray spectrometry, measures the natural radiation emitted by the Earth’s surface. This versatile method detects and analyzes the full gamma-ray spectrum, allowing us to…
BoxScan Core Logger
Download one-page technology overview Watch the Boxscan Video Advanced Core Logging with BoxScan The BoxScan system is designed to overcome the challenges of traditional core logging by offering a robust,…
Exosphere Ambient Noise Tomography (ANT)
AXIOM GROUP proudly deploys Exosphere ANT, a next-generation seismic exploration technology developed by Fleet Space Technologies. AXIOM leverages Ambient Noise Tomography (ANT) to generate real-time 3D subsurface models, delivering high-resolution…
Unmanned Aerial Vehicles (UAV) for Geological Exploration
At AXIOM GROUP, we leverage advanced Unmanned Aerial Vehicle (UAV) technology to enhance geological exploration. UAVs offer a unique bird’s-eye view of the terrain, efficiently capturing high-resolution data from challenging…
Advanced Field Technologies for Mineral Exploration
At AXIOM GROUP, we deploy a range of cutting-edge portable technologies to enhance the efficiency and accuracy of mineral exploration. Our suite of tools—including TerraSpec Halo, XRF Analyzers, LIBS, and…
Magnetotellurics
By incorporating the latest new-age, high-speed electronics and sophisticated aeronautical engineering, Xcite™ is a new and innovative approach to geophysical surveying.
Gravity
Gravity surveying measures subtle variations in the Earth’s gravitational field to reveal changes in subsurface density, helping geoscientists detect ore bodies, structural features, voids, and other buried anomalies with precision and confidence.
Borehole EM (BHEM)
Borehole Electromagnetics (BHEM) places electromagnetic sensors directly within drillholes to detect conductive targets beyond the drill core, expanding the investigation area around the borehole and providing critical insight into off-hole features, target geometry, and orientation.
Large Loop EM
Large Loop Time-Domain Electromagnetic (TDEM) surveys use expansive surface transmitter loops to generate and measure electromagnetic responses from deep subsurface conductors, enabling reliable imaging of geological structures, ore bodies, and hydrogeological features at depths of up to 1,000 metres.