Whether it is a work in progress or completed, the need to control the movements of the work itself and the environment is becoming more and more necessary and for this reason it is necessary to use specific resources for each case. Digital Level, Robotic Total Station, mini-prisms, targets, bolts, wireless monitoring sensors and crack gauges.

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Benefits of auscultation

Prevention and safety: Auscultation provides critical data for the prevention of structural collapses

Project optimization: In addition to improving safety, auscultation allows for the optimization of project planning and execution, as the data collected helps to make more informed decisions about materials, designs and construction techniques.

Cost - effectiveness: Although instrumentation and continuous monitoring can represent a significant initial investment, the long-term savings are significant, as the risks of failures and, therefore, the costs associated with repairs and delays are reduced.

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This practice is especially relevant in civil engineering and building projects, where the control and prevention of deformations are essential to avoid future problems.

Monitoring

Auscultation is responsible for measuring ground movements and deformations that may occur as a result of construction activity or natural phenomena. This technique is used to control and prevent landslides, settlements, or movements in slopes and retaining structures.

Structural control

In the construction field, auscultation is applied to monitor buildings, bridges, tunnels and other infrastructures during their construction and service life. This allows the detection of unusual movements or deformations in real time, which is essential for decision-making and the implementation of corrective measures if necessary.

Instrumentation

Various tools are used for auscultation that allow precise and continuous data to be obtained on the state of the monitored structure or terrain, thus facilitating a rapid response in the event of detecting anomalies.

Manual vs. automated measurement

Auscultation can be performed both manually and automatically. While manual measurements provide a point-in-time view, automated instrumentation allows for continuous monitoring 24/7, thus improving the ability to respond to any eventuality. Automation is especially advantageous in large-scale projects, where safety and accuracy are crucial.

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Topographic and geotechnical methods

Auscultation is often combined with topographic methods to monitor deformations in structures, using techniques such as geometric leveling or tachymetry. These methods are complementary to geotechnical procedures, providing a comprehensive view of structural stability.

What our customers think

A coworker at Altiplà recommended him to us and he is now one of our collaborators. Efficient, fast and decisive.

Almu Perez

He has been very friendly and professional. He has advised us on a problem with some neighbors and his opinion has been very helpful. Very decisive and effective.

Jordi Miralles

Good professionals with extensive experience. We have been working with them for years and now we have decided to try the point cloud... a good tool to avoid having to be on site all day and have the measurements at hand.

Marta Costa

The best surveyors in Barcelona without a doubt. They understand the needs of architects and help prevent cost overruns with the precision of their work.

Ivan Serrano

Very professional people, total involvement in their work. I would recommend this company for the quality, speed and empathy with which they deal with their customers.

Fernando

We perform Auscultation in Catalonia with advanced technology and modern equipment.

We guarantee precision and reliability in each project, thanks to our team of experts dedicated to providing exceptional results for your topographic needs with more than 20 years of experience.

Do you have any questions?

It is essential to detect ground movements that could compromise the safety of structures such as buildings, bridges or tunnels, allowing for early action to avoid disasters.

Instruments such as Digital Level, Robotic Total Station, mini-prisms, targets, bolts and wireless monitoring sensors are used to obtain precise data on the condition of the structure or the terrain.

It is common in civil engineering and building projects, especially those where there is a risk of ground movement or where structures must withstand high loads or extreme conditions.

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