Tiltmeter
Wireless tilt monitoring for structural and ground movement detection.
The Tiltmeter provides precise, real-time measurement of inclination and movement in infrastructure and terrain. Designed for remote monitoring applications, it transmits reliable data over long-range LoRa networks to support early detection and informed decision-making.
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Simply enter your contact details and one of our specialists will call you to discuss your requirements and provide a detailed quotation.
High-Precision Movement Detection for Critical Infrastructure
The 3-axis wireless tiltmeter delivers accurate monitoring of ground movement and structural stability across demanding environments. With multiple operational modes and long battery life, it enables event-driven monitoring and fully autonomous operation for applications in railways, mining, and geotechnical projects.
The G7 Tiltmeter redefines remote monitoring by combining advanced edge processing, extended battery life, and smart connectivity.
Designed for seamless operation in remote and unattended deployments, this sensitive tiltmeter delivers accurate, real-time insights while minimising maintenance and maximising reliability.
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Motion detection triggered measurements
A secondary, low-power accelerometer enables trigger-based monitoring in response to seismic activity or ground movement detection. This supports a new class of event-driven applications.
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Event detection mode available by default
The G7 tiltmeters can be set to trigger real-time alerts with less than 2 seconds of latency.
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Environmental awareness
Integrated temperature and humidity sensors monitor internal conditions to detect issues like enclosure failure or improper sealing.
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Internal or external antenna
Choose external antenna for full range capabilities or an internal antenna for applications such as railway tracks where it’s important to minimize the potential risk for external parts.
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Full range
3-axis inclination with respect to gravity’s direction and a range of ± 90⁰.
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Fast configuration
Previous configuration available in the app to quickly configure a set of tiltmeters within the same project.
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Bluetooth available
Wireless configuration with the Worldsensing App. USB-C connector is also available.
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Extended battery life
Supports high-capacity D-size batteries for up to 10 years of operation, depending on configuration and reporting rate.
New G7 Tiltmeter Operational Modes
The G7 Tiltmeter lets you choose between operational modes in addition to periodic readings so you can tailor data collection to your project needs. These modes optimize workflows, extend battery life, and reduce the number of devices required in the field.
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Triggered measurements mode
The G7 Tiltmeter’s motion detection sensor actively monitors changes in angle, angular velocity, and acceleration. When a significant movement is detected, it triggers the primary sensor to capture detailed measurements—exactly when you need them.
You can customize when and how many measurements are taken—on event, after event, both, or across multiple events—and set delays and cooldown periods to match your monitoring needs.
This intelligent mode reduces unnecessary data transmission, keeps battery consumption low, and focuses on the movements that matter most, giving you actionable insights without overloading your system.
Event detection mode
The G7 Tiltmeter continuously monitors tilt at 3.9 Hz, instantly checking measurements against configurable thresholds.
If a threshold is exceeded, the system sends an alert in under 2 seconds and automatically increases reporting frequency to capture detailed data during the event. Once the movement stabilizes, monitoring returns to its standard reporting interval, ensuring efficient, focused, and timely insights.
G7 Tiltmeter Main Technical Specifications
The G7 Tiltmeter combines high-precision tilt measurement with integrated motion, temperature, and humidity sensors to deliver comprehensive monitoring capabilities. Designed for demanding environments, it supports multiple operational modes including periodic, triggered, and event detection monitoring. With LoRa and LoRaWAN connectivity, robust IP68 protection, and long battery life powered by a high-capacity D-size cell, the device ensures reliable data transmission and autonomous operation across remote infrastructure and geotechnical monitoring projects.
General
| Primary sensor | Tiltmeter |
| Secondary sensors |
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| Device variants |
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| Operational modes |
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| Data transmission | LoRa/LoRaWAN radio communications (ISM sub GHz) |
| Power source | 1 x 3.6V D-size LSH20 Li-SOCl2 battery cell |
| Operating temperature | -40º C to 80º C |
| Weather protection | IP68 |
| System configuration | Device setup and configuration via Worldsensing App. Remote configuration using CMT Edge on sigle-net deployments and CMT Cloud on multi-net deployments |
Tiltmeter
| Tilt-XHP | Tilt-IR | |
| Accuracy (±45º) | ±0.08 | ±0.08 |
| Resolution | ±0.0001º | ±0.0001º |
| Repeatability | <0.0003º | <0.0015º |
Operational modes
Triggered Measurements Mode
| Configurable parameters |
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| Response strategies |
Data collection from primary sensor configurable from:
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| Trigger types |
Threshold breach configurable from: |
Event Detection Mode
| Configurable parameters |
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| Response strategies |
On threshold breach:
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| Trigger types |
Threshold breach of tilt readings in either x, y or z |
| Communication latency – CMT Cloud |
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| Communication latency – CMT Edge |
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Battery life estimations in years
| Reporting period | Periodic mode | Triggered measurements mode enabled | Event detection mode enabled |
| 30 s | 0.8 | NA | NA |
| 5 min | 5.8 | 5.1 | 2.4 |
| 30 min | 12.9 | 10.0 | 3.3 |
| 60 min | 14.7 | 11.1 | 3.5 |
| 6 h | 16.6 | 12.2 | 3.6 |
Piconode Mounting Options
The G7 Tiltmeter supports a wide range of mounting solutions to accommodate different monitoring scenarios. From surface and rail track installations to pole mounting and magnetic attachment on metallic structures, these options ensure secure placement and reliable measurements across diverse infrastructure and geotechnical applications.
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Recommended surface mounting
LS-ACC-IN15-HP plate for horizontal and vertical mounting. Secures with anchor rods or glue and features a threaded hole for a monitoring prism or leveling screw.
Horizontal surface mounting for rail tracks
Using the LS-ACC-IN-HPTM horizontal surface mounting plate for track monitoring. Designed to be glue to the surface for fast and robust fixing.
Horizontal surface mounting with double plate
Versatile double plate LS-ACC-IN15DP for horizontal mounting without opening the device. Attaches with glue and features a threaded hole for a monitoring prism or leveling screw.
Vertical mounting using magnets
Using the LS-ACC-MRHP mounting plate with LS-ACC-MAG magnet kit attached to the back of the plate to mount on metallic surfaces. This is a versatile tiltmeter sensor mounting option.
Mounting on a tilt beam
Using the compact LS-ACC-IN-HPTM horizontal surface mounting plate. Designed to be glued to the surface for fast and robust fixing.
Pole mounting
Using the LS-ACC-LVP L-shaped mounted on a 50 mm pole with WS-ACC-U50 u-bolts.
Frequently asked questions
View the G7 Tiltmeter in Action
Explore the G7 Tiltmeter through these images, showcasing its rugged design, versatile deployment options, and high-precision tilt monitoring in real-world environments.
Related Images
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Extend Your Capability with Related Devices
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Laser Tiltmeter
The LaserTilt90 delivers accurate, real-time tilt measurements for infrastructure and geotechnical projects. Its laser-assisted auto-leveling simplifies installation, while LoRa wireless connectivity ensures reliable long-range data transmission, making it ideal for remote and unattended monitoring applications.
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GNSS Meter
The GNSS Meter delivers accurate, real-time position data for monitoring slopes, infrastructure, and ground movements. Its wireless connectivity and long-range LoRa communication enable reliable remote deployment, while robust battery life and seamless integration with Worldsensing platforms ensure continuous, unattended monitoring in even the most challenging environments.
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Vibration Meter
The Vibration Meter delivers continuous, high-precision monitoring of vibration levels using a 3-axis accelerometer and advanced edge processing. Designed for long-term deployments, it detects vibration events and transmits processed data wirelessly across LoRa networks for reliable monitoring of structures, ground response, and industrial activity.