SmartSHEAR in-place inclinometer

Shear monitoring

SmartSHEAR – In-place inclinometer

Understand where and how bedding planes are shearing with monitoring that identifies the depth, direction and magnitude of lateral movement.

Build a clearer picture of shear movement within the rockmass. SmartSHEAR uses pre-calibrated MEMS tiltmeters in jointed bays to calculate lateral displacement along two orthogonal axes. The resulting profiles help site teams identify active shear horizons and track how movement develops over time. The instrument is installed in open boreholes, with spring-loaded anchors centralising and locking each bay in place without grout or resin. Customisable bay lengths and integrated data logging support monitoring tailored to the application.

  • Identify the depth, direction and magnitude of shear movement to better understand changing ground conditions.
  • Distinguish localised shear horizons from broader deformation using borehole deviation and cumulative displacement profiles.
  • Track changes over time to understand how shear develops, migrates or accelerates.
  • Install in open boreholes without grout or resin, with mechanically anchored bays ready to monitor after installation.
  • Customise bay lengths to suit the monitoring application.
  • Use logged and processed movement data to inform site trigger action responses and ground support decisions.
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Specifications

Instrument type
Multi-point borehole shear monitoring instrument / in-place inclinometer
Sensor type
Pre-calibrated MEMS tiltmeter in each bay
Measurement principle
Changes in relative bay tilt are used to calculate lateral displacement
Measurement axes
Two orthogonal axes (pitch and roll)
Installation
Open, ungrouted boreholes; no grout or resin required
Bay lengths
Customisable to suit the application
Data acquisition
Integrated logging system stores and processes measurement data

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Brochure

Brochure for the SmartSHEAR in-place inclinometer.

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