DYNAMIC LOAD TESTING

High Strain Pile Load Test (HSPLT)


Fast and efficient dynamic foundation testing solutions for evaluating pile capacity and integrity across complex infrastructure projects.

ASTM D4945

Overview

  • High Strain Pile Load Testing (HSPLT), also known as Dynamic Load Testing, is a rapid and cost-effective method used to evaluate foundation bearing capacity, resistance distribution, and pile integrity.
  • YJACK Technology performs dynamic load testing for driven piles, drilled shafts, auger-cast piles, micropiles, helical piles, and cast-in-place foundation systems across demanding infrastructure environments.

Project Applications

Bridge
Infrastructure

Railway
Systems

High-Rise
Developments

Marine &
Offshore Structures

Industrial
Foundations

Infrastructure
Expansion Projects

Engineering Capabilities

Dynamic Load Testing is performed using controlled impact loading to evaluate foundation response under high-strain conditions.

Accelerometers, strain transducers, and force measurement systems are integrated to capture force and velocity data during testing operations. Advanced engineering interpretation and CAPWAP® analysis support reliable foundation performance evaluation and reporting.

EXPLORE RELATED PROJECTS

MRGEO BRAND

High Strain Pile Load Tester (HSPLT) 2-in-1

The High Strain Pile Load Tester (HSPLT) 2-in-1 is a state-of-the-art testing equipment to perform:- 1. High strain pile load test (HS) on deep foundation piles to measure force (F) and velocity (V) signal to determine pile load capacity base on CASE method (1960s) and YLOAD method (2000s) 2. The Low Strain Pile Integrity Tester (LSPIT) is a state-of-the-art testing equipment to perform low strain pile integrity test (LS) on deep foundation piles.

  • Rapid Field Deployment
  • Advanced Signal Monitoring
  • Integrated Data Analysis
  • Multi-Foundation Compatibility
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