The CrackR sensor
The 3D IoT
crack sensor
The CrackR sensor provides accurate and reliable monitoring of cracks in every conceivable object.
About CrackR

Long-term reliability

With a battery life of up to ten years, the CrackR provides years of reliable crack measurement without the need for frequent maintenance.

Easy installation

The CrackR sensor is easy to mount with just six screws or glue, without the need for additional peripherals such as cables or WiFi gateways.

Real-time alerts

Users receive automatic warnings when set limit values ​​are exceeded, allowing immediate intervention.

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Specifications

CrackR: The 3D IoT crack sensor

The CrackR sensor drastically reduces operating costs and CO2 emissions. Continuous monitoring and online data analysis provide clear insight into the structural integrity of your objects. This results in significant time and cost savings, while safety is guaranteed.

  • Highly accurateResolution < 0.1 mm
  • Dust and waterproofIP67 certified
  • Extreme temperatures-40 °C to 65 °C
  • Long lifespanUp to 10 years with 1 reading per day
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Introduction video

Discover the CrackR Sensor

In this introductory video, we introduce you to the CrackR 3D IoT crack sensor, an innovative product from StabiAlert. This crack sensor provides reliable and accurate monitoring of cracks in various structures. With advanced technology and smart sensors, you can effectively track crack development and intervene promptly to prevent damage.

About us

CrackR: Innovation by StabiAlert BV

CrackR is a product of StabiAlert BV. We have 15 years of experience in the field of deformation monitoring of buildings, tunnels, bridges and dikes with in-house developed solutions.

We believe in local high-quality product development with short lines. This makes and keeps us flexible and agile in terms of collaboration with our partners and especially in collaboration with you. Support and a solution to your problem is always within reach. Our production is scalable and manageable with minimal impact on the environment.