Industry

Monitoring Equipment for Structural, Geotechnical & Deformation Projects

Precision instruments, prisms, targets, mounts, and fixed-point hardware for manual and automated monitoring workflows. From structural movement and settlement tracking to long-term deformation measurement, Kara helps build reliable monitoring setups around real project requirements.

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GS18 GNSS Receiver

The Leica GS18 is a self-learning GNSS smart antenna.

GS18 inherits all features of the Leica GS18 T except tilt compensation. Designed to grow with your business, the GS18 smart antenna features highest RTK performance and the option to add tilt compensation.

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Leica TS20 Robotic Kit with Pole, tribrach and accessories

Leica TS20 Robotic Kit

The Leica TS20 5″ R1600 Total Station Kit is built for survey professionals who demand the highest level of precision, productivity, and reliability on every job.

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Monitoring Prisms & Targets

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Rothbucher Monitoring & Reflective Targets

Data Collectors

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GNSS Rover Receiver

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Total Stations

Total Station Solutions for all Engineering, Construction and...

Choose the Right Monitoring Method

Monitoring systems vary by application. Robotic total stations are ideal for high-precision deformation monitoring, while GNSS is better suited for large-scale movement over longer distances. Many projects benefit from a combined approach.

Automation Improves Reliability

Automated monitoring systems reduce human error and provide continuous, real-time data. Instruments like robotic total stations paired with monitoring software enable 24/7 tracking and faster response to critical changes.

Target Selection Matters

The type of prism or target directly impacts accuracy and consistency. Monitoring prisms, adhesive targets, and specialized mounts should be selected based on the structure, environment, and required precision.

Data is Only as Good as Your Setup

Stable mounting, proper instrument positioning, and environmental considerations are critical. Even the best instruments require a solid setup to ensure reliable and repeatable results.

What is structural or deformation monitoring?

Structural or deformation monitoring involves measuring movement or changes in structures over time. This can include buildings, bridges, tunnels, dams, or slopes. Monitoring systems use instruments like total stations or GNSS to detect small shifts and ensure safety and compliance.

What equipment is used for monitoring projects?

Common monitoring equipment includes robotic total stations, GNSS receivers, monitoring prisms, targets, and specialized mounting systems. Software is also used to collect, process, and analyze data in real time.

When should I use GNSS vs a total station for monitoring?

GNSS is best for large-scale monitoring in open environments where satellite visibility is strong. Total stations provide higher precision and are better suited for localized monitoring or areas with obstructions. Many projects use both systems together.

How accurate are monitoring systems?

Accuracy depends on the equipment and setup. Robotic total stations can achieve sub-millimeter precision, while GNSS systems typically provide centimeter-level accuracy. Proper setup and control are critical to achieving reliable results.

What types of targets are used in monitoring

Monitoring projects use a variety of targets including prisms, reflective adhesive targets, and specialized monitoring targets. The choice depends on the required accuracy, distance, and the surface being monitored.

Need Help Building a Monitoring System?

Talk to Kara about the right combination of instruments, prisms, mounts, anchors, and accessories for your monitoring workflow.

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