PileCore Lazy Tool

Fast pile design with PileCore LT. Want an indicative pile design for your construction project in just 5 seconds? Get to know PileCore LT – Lazy Tool.
It works super fast and easy!

Automatic pile design in PileCore LT

  1. Simply upload the GEF or XML file of the Cone Penetration Test.
  2. Choose a pile type and corresponding dimension from our database.
  3. Enter the pile load.
  4. PileCore LT interprets the Cone Penetration Test, calculates the net bearing capacity according to the Eurocode and determines the required pile tip level for the pile load.

The calculation runs on CPTCore and PileCore and is validated to current standards and guidelines. Personalise the calculation by varying:

The result?
A clear 3D overview with:

Pricing
Via aW5mb0BjZW1zYnYuaW8= you can purchase PileCore LT - Pro Version for €250 per year (excluding VAT).
This allows 1 user, linked to their own mail address, to use PileCore LT for one year.

Create an account on Packhunt and try out our demo!

Gef-Model

soil classification based on machine learning

NEN-Table

defines soil properties according to NEN9997-1 table 2b

Pile Calculation

calculation bearing capacity according to NEN9997-1

Pile Group

generate valid group configurations for compression piles

Pile Prop

defines pile properties

Pile Settlement

calculation settlement of piles according to NEN9997-1

PyGef

reads GEF-files and interpret cpts with Robertson / Been & Jefferies + plot

Report Gen

generates report

Soil Stress

calculates soil stress in a soil profile

You might also like...

VibraCore Lazy Tool

Easy check of the vibration risks; Simply select your building and installation location, VibraCore LT assesses the risk of damage to the building.

BUNDLE

Foundation Suite

A comprehensive package of geotechnical modules essential for foundation design.

PileCore

Bearing capacity calculations of compression and tension piles. Finish with our unique Grouper for a complete pile design.

VibraCore

Risk assessment of building damage during vibration-intensive construction activities.

CPTCore

Seven fully automated soil classification models, such as the CEMS machine learning model, Robertson and Been & Jefferies.

ShallowCore

Examines all essential failure mechanisms for shallow foundation design.

GridCore

Stability checks on reinforced embankments.

WaterCore

Understanding the groundwater characteristics in your project area will help reduce risk in your project design.

Site by Alsjeblaft!