Fiber Clamp Mapping

DarkVision’s High-resolution Acoustic Downhole Evaluation System sets a new standard for well inspection. The HADES™ platform captures 3D point clouds of data in a single pass, providing operators with submillimetric detail of the ID and OD of their casing without the need for clear fluids.

Share this

fiber clamp mapping


Montney Formation

Technology used


Well information

Depth logged
2600m (8530ft)
Avg clamp orientation deviation
Number of clamps logged
Identification and orientation success rate


DarkVision’s HADES-R™ tool was deployed to image the well’s 2600m lateral section. Using DarkVision’s proprietary high-resolution acoustic imaging technology to “see through the steel”, each cross-coupling clamp and blast protector location was identified, and the angular orientation measured.

All 60 fiber clamp orientations were measured, signifying a 100% success rate. Images with submillimetric resolution were provided for each location. Using this data, the operator was able to accurately map the fiber optic line and orient their perforations to avoid a potential catastrophic loss of a costly piece of capital equipment. The platform is capable of imaging all standard clamps and backside equipment, including blast protectors, cross-coupling clamps, and centralizers.

HADES-R™ can image a well’s casing and fiber clamps in a single run at a continuous rate of 45 fpm; it does not require station stops at each clamp location. This drastically reduces logging time while simultaneously improving resolution and detection capability. The tool seamlessly integrates into the operators’ well prep operations, resulting in considerably less downtime when compared to legacy methods of clamp detection.

HADES-R™ also has no limitation on deployment method, as opposed to traditional tools that need to be deployed on e-coil or wireline tractor. As a result, an operator can gain significant cost savings from optimized fiber installation timelines, decreased deployment costs, reduced material costs, and minimized logistical and labor expenses.

Newsletter Signup

This field is for validation purposes and should be left unchanged.

By clicking Submit you’re confirming that you agree and consent to our Terms and Conditions.