Conducting controlled vertical load tests to determine the ultimate load capacity of piles. This method involves applying incremental loads until the pile reaches its failure point, providing critical data for design verification.

Utilizing dynamic testing methods to evaluate pile behavior under rapidly applied loads. This approach is useful for assessing the performance of driven piles during construction and provides real-time data on load transfer and integrity.

Assessing the lateral load capacity of pile foundations by applying horizontal forces. This testing is essential for structures subject to wind, seismic activity, or lateral earth pressures.

The pull-out test measures the tensile capacity of the pile by applying an upward load to the pile head. The load is incrementally increased until failure or the maximum test load is reached. The uplift resistance is primarily due to skin friction between the pile surface and the surrounding soil.

Continuous monitoring of pile behavior during testing, including measurements of displacement, strain, and acceleration. This data helps in understanding pile performance under varying load conditions.

Providing detailed analysis of test results, including load-settlement curves, recommendations, and conclusions. Our comprehensive reports help inform design decisions and ensure compliance with project specifications.