SuperSting™ Wi-Fi

The SuperSting™ Wi-Fi is a next-generation electrical resistivity meter and induced polarization (IP), and self-potential (SP) system, used to scan and image the subsurface of the earth and visualize the results in 2D slices or 3D volumes. The fully automated SuperSting™ has been thoroughly field-tested on every extreme environment on earth, utilized in over 700 peer-reviewed journal articles, and provides the highest accuracy and lowest noise levels in the industry. The SuperSting™ line of electrical resistivity tomography equipment is the first in the industry to have multi-channel capability and is continually improved and updated with additional features.

There are five models of the SuperSting™ available (which can be upgraded simply from anywhere in the world by use of a license code)

• R1 (single channel)
• R2 (two channel)
• R4 (four channel)
• R6 (six channel)
• R8 (eight channel)

Use Cases:

The SuperSting™ Wifi is versatile enough to be applied in virtually any resistivity and induced polarization (IP) field situation, including:

• Traditional vertical electrical sounding (VES)
• Mise-a-la-masse measurements
• Multi-electrode electrical tomography (imaging) in 2D, 3D, and 4D
• Groundwater Exploration
• Imaging Dams & Levees
• Marine Dredging
• Borehole Tomography
• Monitoring Landfills
• Mine Leach Piles
• Gold Exploration
• Mineral Exploration
• Borehole-To-Borehole Tomography
• Marine Measurements
• Imaging Tree Trunks
• Imaging Vertical Walls
• Imaging Inside Tunnels
• Imaging Over Pyramids
• Locating Graves
• CO2 Sequestration Time-Lapse Monitoring

Supported Measurement Arrays:

• Dipole-Dipole (8-Channel)
• Bipole-Bipole (8-Channel)
• Pole-Bipole (8-Channel)
• Pole-Pole (8-Channel)
• Gradient (8-Channel)
• StrongGradient™ (8-Channel)
• EdgeGradient™ (8-Channel)
• Radial Dipole-Dipole
• Inverse Schlumberger (4-Channel)
• Mixed Arrays
• Dipole-Dipole-Gradient
• Wenner-Schlumberger
• Schlumberger (Single-Channel Only)
• Schlumberger inverse
• Wenner (Single-Channel Only)
• User Programmable Arrays Of Any Kind