Offer
Dynamic plate
load testing
compaction control of soils and bedding layers
Offer
Dynamic plate load testing
compaction control of soils and bedding layers
Dynamic plate load testing
Rapid assessment of subgrade bearing capacity
Dynamic plate load testing enables a rapid assessment of the bearing capacity and compaction of the subsoil. It is particularly useful for road projects, earthworks, and the acceptance of structural layers. The data obtained helps evaluate the quality of completed works and verify whether the subsoil meets design requirements. It is a practical control tool that supports the safe and durable execution of construction projects.
- quick assessment of ground bearing capacity
- soil compaction testing
- the ability to verify the quality of the earthwork performed
- suitable for use in the construction of road bases, plazas, and parking lots
- reducing the risk of subsequent settlement and pavement damage
- obtaining results that help determine whether the substrate meets the design requirements
Dynamic plate
The measurement set consists of a load plate, a loading mechanism, and an electronic data acquisition system, enabling efficient testing at various control points.
Light dynamic plate
The mobility of the equipment allows measurements to be carried out even in areas with limited access.
The low weight of the device allows for quick relocation across the construction site and efficient execution of measurements without the need for complex technical setup. Unlike the VSS plate load test, the dynamic plate does not require the use of a counterweight, making it a practical and convenient solution for ongoing control of bearing capacity and subsoil compaction.
Check the ground, avoid risks
Why is it important to conduct a soil survey before construction?
Soil investigations make it possible to identify the actual ground conditions before construction begins, which is crucial for the safety of the entire project. Drilling and in-situ testing enable the detection of weak bearing soils, uncontrolled fills, high groundwater levels, as well as the risk of landslides, subsidence, and excessive settlement. Based on proper investigations, the appropriate foundation method can be selected, helping to avoid costly remedial works in the future. A reliable ground assessment minimizes the risk of structural damage, increases the durability of the structure, and allows designers to make informed technical decisions.
Building settlement
differential settlement of foundations can cause cracking in walls and structural elements.
Weak-bearing soils
e.g., peat, organic silts, or uncontrolled fill, which are unable to carry structural loads.
High groundwater level
it can cause issues during construction as well as during the building’s use.
Sinkholes and voids in the ground
especially in karst regions or post-mining areas.
Landslides and unstable slopes
they can lead to ground movement, as well as structural damage and failure.
The heterogeneous structure of the subsurface
different soil layers can cause the foundation to settle unevenly.
expert assessments per year
geotechnical, geological, and hydrogeological studies for projects of varying scale
completed projects
comprehensive subsoil analyses and ground condition assessments for numerous construction projects
years of experience
extensive field and design experience translates into reliability and sound engineering judgments
Transparency of the research and documentation process
- reliable field research
- precise processing of research results
- transparent engineering applications
- a complete set of studies required by law
Frequently asked questions
Are soil investigations mandatory before building a house?
Yes, they are required by law. Even if they do not always stem directly from the investor’s expectations, they constitute a reasonable and safe standard that helps avoid unpleasant surprises related to ground and groundwater conditions.
When is the best time to carry out geotechnical investigations?
They are best carried out at the planning stage of the project, before design work and construction begin. The earlier ground conditions are identified, the lower the risk of costly changes at later stages.
How deep are boreholes drilled?
The depth of boreholes depends on the type of project and the ground conditions at the site. The scope of investigations is selected to ensure a reliable assessment of the subsoil for the planned structure.
Are investigations necessary for small-scale projects?
Yes, it is also advisable to assess ground conditions for smaller projects. Even a small structure, if improperly founded on weak soil, can lead to costly problems.
What does a geotechnical opinion include?
A geotechnical opinion typically includes: a description of ground and groundwater conditions, soil strength parameters, and recommendations for earthworks. It is a document that helps the designer select appropriate foundation solutions.
Is the documentation compliant with official requirements?
The documentation is prepared in accordance with applicable standards and legal regulations. As a result, it can be used in the design, permitting, and construction processes.
Does the designer receive parameters for calculations?
Yes, the documentation provides the information required by the designer for further calculations and for selecting the appropriate foundation method. It is an essential basis for a safe design.
What does the cost of investigations depend on?
The cost depends primarily on the type and scale of the project, the number of investigation points, the depth of boreholes, and site conditions. Each assignment is priced individually.
Does the site need to be prepared before the investigations?
Usually, extensive preparation is not required, but access to the investigation site must be ensured. It is also necessary to indicate the planned location of the structure.
Can investigations be carried out in winter?
Yes, geotechnical investigations can also be carried out in winter. We operate year-round.