Our Aerial Geophysical Surveys
Airborne Magnetic Surveys
Single and gradient magnetic systems forstructural mapping, and
mineral exploration.
Radiometric Surveys
Single & multi spectrometer packs for gamma-ray radiometric mapping (U, TH, and K).Aerial Survey Design & Management
Expertise and innovative techniques in quality data acquisition in remote, and challenging environments.Aerial Survey Platforms
Helicopter, Fixed wing & Drone options Certified stinger STC with Canada Transport Canada (TC), United States (FAA) and European Union (EASA) jurisdictions.Airborne Survey Equipment
NSG integrates its proprietary data acquisition systems withindustry leading sensors and
GIS technologies.
Our Journey into Aerial Survey Expertise
Airborne Geophysical Survey Locations
Aerial Geophysical surveys in the world’s most remote, rugged, high-altitude terrain, with focus on the Americas.
New-Sense has performed airborne geophysical surveys in Africa, North America, Europe, the Middle East, and South America. We can go anywhere your exploration ventures take you. Since 2005, New-Sense Geophysics has flown and processed over One-million-line kilometers for governments, multinationals, and junior exploration groups. Some of our multinational clients include, BHP, Rio Tinto, Barrick Gold, Gold Fields, Kinross, Anglo American, Anglo Gold Ashanti, Fortescue, First Quantum Minerals and Teck Resources.
Using unique techniques and proprietary technology for aeromagnetic surveys, we bring expertise and operational presence across the globe.
Innovative Technologies and Techniques For Airborne Survey
Dashboard
Providing real-time monitoring of a project’s status, progression, diurnal, weather conditions, preliminary data, and much more.
Aircraft & vehicle tracking
NSG equips all aircraft, vehicles and field personnel with satellite trackers and communications, for safety and monitoring.
Daily activity reports
NSG delivers daily reports throughout the duration of the project, ensuring all parties are up to date about all aerial geophysical surveys activities.
Live remote base station
Autonomous remote base station with satellite / mobile data feed. Live diurnal, webcam, weather, and more…
50Hz acquisition
50Hz sampling is used to identify, isolate and suppress/removal of various inherent noise elements associated with helicopter and fixed wing installation.
STC development
NSG continues to extend its STC stinger options, with single and multi sensor configurations for both helicopter and fixed wing, in multiple jurisdictions TC (Canada), FAA (USA) and EASA (EU).
Over 1.5
Million KM Flown
500+
Projects Completed
Equipment and Personnel
In 7 Countries
40+
Aircraft Types Supported
TC,
FAA and EASA STC’s
Our Aerial Survey Project Dashboard
NSG’s unique project dashboard, a mobile and desktop friendly interface allowing client and crew to monitor all aspects of the aerial geophysical survey project. Some of the features on the dashboard include, safety plans and emergency contacts, survey parameters, progress & flight plan maps, preliminary grids, live flight and vehicle tracking, live data streams.
Active project emergency response plan available to the client, project staff and subcontractors.
Active project job safety plan including approved risk assessment and mitigation controls for all project staff.
Active survey parameters including equipment configuration, tolerances, flight parameters, etc...
Active survey calibration results for QA/QC, including Figure of Merit (FOM), Cosmic and altitude attenuation tests.
Flight and calendar statistics including production, turn, ferry times, fuel usage, flight heights, speed, etc…
A Google Earth progress map outlining the flown and un-flown lines, as well as the next days flight plans
Survey reference and preliminary products, outline, ideal line paths, databases, grids, maps etc…
Live and historical diurnal profile from the projects remote base station
Live and historical webcam images and video from the projects remote base station (typically within the survey block) for conditions monitoring.
Live and historical weather station feed from the projects remote base station (typically within the survey block) for conditions monitoring before, during and after flights
Live and historical flight path monitoring from the aircrafts satellite tracking system.
Live and historical drive path monitoring from the field crew vehicles through satellite tracking systems.
Flight speed tracking grid to identify risky behaviours with low flight speeds in and outside of the survey block
Flight height tracking grid to identify risky behaviours with low flight heights in and outside of the survey block
Daily preliminary grid image for the total magnetic intensity (TMI)
Daily preliminary grid image for the calculated vertical derivative (VDV)
Daily preliminary grid image for the aircraft flight height, from the radar or laser altimeter
Daily preliminary grid image for digital terrain model (DTM), calculated from the GPS and radar/laser altimeter(s)
Daily preliminary grid image for flown flight path to ensure navigation paths are being followed to project specifications
Daily preliminary grid image for the radiometric K (Potassium) counts
Daily preliminary grid image for the radiometric Th (Thorium) counts
Daily preliminary grid image for the radiometric U (Uranium) counts
Daily preliminary grid image for the radiometric TC (Total) counts