Bi-Directional Pile Load Test

STATIC LOAD TESTING

Bi-Directional Pile
Load Test (BDPLT)

Advanced high-capacity foundation testing solutions for complex infrastructure and deep foundation verification.

Overview

Bi-Directional Static Load Testing (BDSLT) is an advanced testing method used to internally apply load within a deep foundation element through specialized jack assemblies such as YJACK360 and OJACK360.
The system applies upward and downward forces simultaneously to evaluate shaft resistance, toe resistance, and overall foundation performance under axial compressive loading conditions. YJACK Technology delivers highly instrumented BDPLT solutions tailored for critical infrastructure and complex foundation environments.

Products Advantages

Patented YJACK360 and OJACK360 technologies are designed for load testing in bored piles and driven piles.

Integrated instrumentation systems support accurate measurement of shaft movement, toe movement, and soil resistance throughout the testing process to enable reliable engineering interpretation and performance evaluation.

YJACK360

✓ Rocket Shaft Embedded
✓ Self Compacting Concrete
✓ Solid Concrete Layers
✓ Easy Concrete Flush-Up
✓ Intact Pile Integrity

OJACK360

✓ Rocket Shaft Embedded
✓ Self Compacting Concrete
✓ Bending Shaft Embedded
✓ Easy Concrete Flush-Up
✓ De-Sediment Device

EXPLORE RELATED PROJECTS

MRGEO BRAND

Static Compressive Pile Load Tester - 12 Channel

Static Compressive Pile Load Tester (SCPLT) is a state-of-the-art testing equipment to perform static load test on deep foundation piles. This automation system is to record applied load (Q) vs pile displacement (D) in static load test for static compressive (SC), static tensile (ST) and static lateral tests (SL).

Precision Monitoring
Reliable Data Collection
Operational Efficiency
Advanced Field Application

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