DOWNHOLE DATA TOOLS
Downhole survey data tools

The most compact and integrated gyro in drilling.

Offering unparalleled precision in directional surveying, TruProbe’s gyro tool represents a significant leap in gyroscopic surveying technology, providing a more integrated, user friendly and accurate solution than its competitors.

Downhole survey tool suite

Veracio’s north seeking technology delivers accurate, statistically-backed measurements at horizontal and vertical.

North seeking surveys, ready when you are.

A unique workflow guides users to capture multiple independent north-seeking measurements—at the collar, end of hole, or anywhere in between—with no warm-up or holdback timers.

Our motion-based logic and fast north seeking capability let users pause and take measurements wherever it’s specified or most convenient. This enhances continuous survey accuracy and delivers high-resolution, north-referenced data on every deployment.

North seeking measurements at the start and end of each run validate the survey and ensure the highest confidence in your directional data.

North seeking tracking for accuracy

Reference Zone Measurement Comparison

The reference zone in TruProbe’s gyro tool is smaller than typical gyros, delivering more statistically accurate measurements at both horizontal and vertical hole attitudes.

Understanding Accuracy


When targeting difficult to intersect orebodies, confidence in underlying measurements is critically important to both exploration and mining phases.


TruProbe’s Gyro provides verified 3-sigma (99.7%) confidence on north-seeking azimuth measurements with ±0.9° accuracy in most attitudes ranging from horizontal to vertical*.


What is the implication for your orebody?

Using a 2000m hole with a dip of -30° and target azi of 135°, that could mean a difference of up to 46m in the calculated hole path with an additional 51m of potential uncertainty when compared to the other commonly used gyro technologies**. 

**Does not include continuous measurements which do not have validated error models.
Cone of confidence for accurate hole path representation

Ready to learn more?