Go beyond conventional gravity
...and get more than you expected with G-Qube
- You need to assess your large frontier acreage
- You've considered conventional airborne gravity but it lacks resolution and the detail to base further decisions on
- You want to position your seismic in the optimum locations and get the maximum from your budget
You need G-Qube
Frontier Exploration
Conventional airborne gravity is often acquired during the initial stages of exploration in frontier areas. Whilst OK for a regional overview it often lacks the clarity needed to focus further exploration work, leaving a gap in your exploration knowledge. G-Qube sits between low resolution conventional gravity and the ultra high resolution capabilities of BlueQube.
Gravity and more
G-Qube uses the same advanced gravity gradiometry technology as BlueQube, but also incorporates state of the art conventional gravity measurements. G-Qube offers all that conventional airborne gravity provides but with the enhanced bandwidth and resolution capabilities of gravity gradiometry.
Benefiting from the enhancements offered with Full Tensor Gradiometry, such as the off line measurement or sideways capability. G-Qube acquires data over an increased bandwidth when compared with conventional airborne gravity data.
No current conventional airborne gravimeter is capable of measuring half wavelengths shorter than 2,000m from a fixed wing aircraft; whereas G-Qube delivers half wavelengths of 500m or 4x the resolution of conventional data. The inclusion of the Gravity Measurement Assembly (GMA) ensures that the long wavelength capabilities of conventional gravity remain.
This makes G-Qube an ideal exploration tool; high resolution, high bandwidth data at an affordable price.
