Geotechnical Testing

The Field Vane Shear Tester Kit is used to measure in-situ undrained shear strength in clays. It is primarily intended for use in trenches and excavations at depths up to 3 m. This can be extended with additional optional extensions. The range of the...

16 X 32 mm Field Vane (0-200 kPa).   For questions on availability, Contact us or see our FAQ section.

20 X 40 mm Field Vane (0-100 kPa).   For questions on availability, Contact us or see our FAQ section.

The Static Cone Penetrometer (SCP) is used to evaluate the consistency of soils, their level of compaction, and the bearing capacity of shallow foundations and pavement subgrades. It includes the standard cone, starter rod assembly, pressuregauge, and...

Infiltration Rings are a simple and relatively inexpensive method for monitoring infiltration rates. They can also be used to study liquid waste disposal, leaching, and drainage efficiencies. The rings are inserted into the turf by pushing and twisting...

Infiltration Rings are a simple and relatively inexpensive method for monitoring infiltration rates. They can also be used to study liquid waste disposal, leaching, and drainage efficiencies. The rings are inserted into the turf by pushing and twisting...

The Pocket Penetrometer provides accurate measurements of the compressive soil strength. This 6-1/4" unit is spring-operated, and it measures strength in tons/sq. ft. (kg/sq. cm) by pushing a 1/4" diameter piston into the soil to a depth of 0.25". The...

1" Pocket Penetrometer Adapter Foot is to be used in very sensitive soils.   For questions on availability, Contact us or see our FAQ section.

Easy to use with easy-to-read results! Regular Vane (0 to 1 kg/cm²): Use for saturated cohesive soils with undrained strength, independent of normal pressure. Large Vane (0.2 kg/cm²): Use with remolded samples. Small Vane (2.5 kg/cm²): Use...

Geo Tester Dial Penetrometer set is used for on-site measurement of soil compaction by testing the foundation plane or boring samples. It gives readings of estimated unconfined compressive strength in TSF or kg/cm2 when used with the standard 1/4"...

Reliability and careful selection of components, the distinctive ergonomic and functional design, as well as the continuous scientific research in collaboration with the most important Universities in Italy, has brought to the development of this series...

We've thrown it all together! Developed by the Army Corps of Engineers, Dynamic Cone Penetrometers (DCPs) provide a low-cost, efficient test method for quickly determining in situ California Bearing Ratio (CBR) values of pavement base, subbase, and...