Slope movements and retaining walls
Multiple sensor points along a slope detect movements over long distances. Early detection of landslides and subsidence.
Digitally record absolute positional changes—with 2-millimeter accuracy. Suitable for bridges, dams, buildings, and retaining walls.
Multiple sensor points along a slope detect movements over long distances. Early detection of landslides and subsidence.
Wide-area monitoring of dam geometry using antennas at multiple points. Suitable for arch and gravity dams.
For large-scale projects involving civil engineering, vibrations, and settlement over several hundred meters, the GNSS system tracks movements over a wide area.
For particularly long bridges, the GNSS system supplements point measurements taken with 6D or 3D sensors to provide a large-scale geometric analysis.
Multiple sensor points distributed across the entire structure or site, with data analyzed collectively in the data hub. Suitable for structures spanning several hundred meters.
All measurement data in a single dashboard. CSV export for structural engineers and reports, API integration for third-party sensors, and multi-tenant support for complex projects.
Each sensor point provides its position relative to a fixed reference point. Ideal for monitoring slope movements or settlement over long distances.
Transmission via LTE and LTE-M directly to the data hub. Also suitable for remote locations without an on-site power grid.
If a threshold is exceeded, our system automatically sends an email notification.
10 × 8 × 2 cm
30 × 20 × 15 cm
45 × 40 × 15 cm
1.3 mm
2 mm
At least three sensor points, a fixed reference point within a radius of approximately 2 km, and optimal satellite reception
Grid-connected or photovoltaic with a backup battery
Data collection is continuous; analysis is performed once a day, and results are reported over a 24-hour period
NB-IoT, LTE-M, monitoring platform
Data Sheet – SuessCo GNSS System
Download the brochureSelected projects using the GNSS system.
Continuous monitoring of structural movements in the historic reception building during the critical construction phase
High-precision building monitoring of settlement and crack development to assess damage caused by subway construction work.
“Following a tunnel fire, the 3D sensors from SuessCo Sensors FlexCo were deployed to monitor the affected tunnel arch segments. Continuous monitoring made it possible to maintain temporary operations until final repairs could be completed. As part of the safety management plan, alarm thresholds were defined, and a specific group of people would have been notified via email and SMS if the alarm threshold was reached. The system stands out for its precise measurements and the wireless remote transmission of data to a portal that experts can access at any time without disrupting operations.”
Reinhold Czizsek, Engineer
Asset Management, ASFINAG Bau Management GmbH
“Our collaboration with SuessCo Sensors has always been professional and solution-oriented. For expert assessments, the continuous measurement data from the SuessCo sensors is a major advantage, as changes can be objectively documented and reliably evaluated." "With the XT 3D sensors, we receive precise and stable measurement data wirelessly in three dimensions. This enables reliable remote monitoring of sensitive tunnel areas and significantly reduces our on-site workload."
Mohammed Ismail
Geomatics Engineer, TABERG Engineering and Consulting Firm, LLC
"Thanks to the high-precision sensors from SuessCo Sensors, we have been able to continuously monitor changes in the Palm House. This data helps us protect this wonderful building and its historic structure."
Helmut Heninger, B.S. in Engineering
Austrian Castle Administration
"SuessCo's sensors have proven to be extremely precise and easy to install. What is particularly impressive is that they withstood the extreme conditions of the Swedish winter without any problems. Our collaboration with SuessCo has always been reliable and professional."
Paul Collins
Sales Manager, GEOFIX Sweden
"With the SuessCo 6D sensors, we always have up-to-date measurements available. This naturally saves us money and improves quality."
Georg Gotthart
Plant Technician, Bridge Construction, ÖBB
GNSS is the right choice for large-scale monitoring over distances of several hundred meters, such as for slope movements, dams, extensive construction phases, or long-span bridges. If movement at a single measurement point needs to be recorded with micrometer-level accuracy, magnetic field sensors (2D, 3D, 3D-XT, 6D) are the more suitable choice.
Movements along three spatial axes and rotations around three axes are measured simultaneously. Repeatability: ±50 µm and ±1°. Patent...
Three spatial axes with a repeatability of ±50 µm. External battery box for long measurement intervals and hard-to-reach locations. Made in Austria.
Absolute position changes in the X, Y, and Z axes with a repeatability of ±50 µm. Wireless transmission via LTE-M and Wi-Fi. Made...
Relative motion in the X and Y directions with a repeatability of ±100 µm. Built-in temperature sensor. 10-year battery life. Made in Austria.