Geospatial monitoring

Loadsensing G7 Tiltmeter offers a cost-effective way to monitor cant and twist in rail tracks, particularly in geohazard-prone areas. With G7’s trigger-mode monitoring, a secondary low-power accelerometer detects movements such as train passages and activates the main sensor to capture inclination data. This approach minimizes power use and data load while ensuring continuous, reliable oversight, with all results processed in CMT.

Leverage the power of Worldsensing’s 3-in-1 LaserTilt90 wireless sensor to monitor convergence across entrance ramps, tunnels, galleries, and any underground excavations. The LaserTilt90 may be easily relocated along the convergence cross sections up to the excavation front or until the measured relative displacements are stabilized when the required frequency of measurements is reduced. It can also be used when permanent monitoring is required. 

Use cost-efficient GNSS sensors connected to a ThreadX3 to accurately monitor ground movements and land deformation in vast areas such as tailings dams, open-pit mines and their surrounding areas, regions affected by subsidence and decommissioned mines.

When rapid detection is necessary for real-time decision-making, use G7 Tiltmeters event detection operational mode. It offers less than 2 seconds of latency for movement detection. Paired with in-field cameras connected through Thread X3, they form a complete Early Warning System for end-to-end solution for effective risk management.

Monitor settlement, heave and building response to tunneling with the Wireless Tiltmeter attached to a rigid beam and installed in a chain.

Complement your geotechnical monitoring with a total station connected to a ThreadX3 for accurate movement detection.

Monitor static deflections of piles, piers, and decks using Tilt-XHP. Enhance data robustness with a 3-in-1 Laser Tiltmeter, which includes distance laser measurements to a reference point in the monitoring process.