We Turn Your Soil Report
Into A
Buildable Helical Pile
Recommendation and Design
The geotechnical report you already have is all we need. The RAMP Engine reads every stratum and blow count, sizes the pile, sets the depth and the torque — and hands back a complete engineering report with your soil report bound into the appendix.
Free to open — you only pay when you order a report. $95 · 2 free modifications.
Four steps.
One report.
From opening an account to a complete helical pile recommendation and design in your inbox.
The RAMP Engine
What is it? A proprietary computing engine — the Recursive Algorithmic Modeling Protocol. What that means in practice is simple: every report is computed, designed, checked 59 ways, verified and outputted — not templated.
It reads your borings stratum by stratum, sizes the pile, sets the depth and the field acceptance torque — then turns around and tests its own answer 59 ways before releasing it. That is the recursive part. Nothing ships until the engine has audited its own work and passed every gate.
The engine is ours. The engineering is published — AC358, ICC-ES, Rankine, ASCE 7 — and every formula it uses is printed in your report.
A Complete Helical Pile Recommendation Package
Every submission runs through the RAMP Engine — a full engineering analysis of your actual soil borings and structural loads, verified by 59 antagonistic pass/fail gates. NO generic assumptions.
Capacity Analysis
Individual bearing capacity per helix, torque correlation, and factor-of-safety checks for compression, tension, and lateral loads — tabulated at every depth.
Soil Profile Interpretation
Your boring logs translated into a layered design profile — SPT N-values, groundwater, and problem soils identified.
Detailed Demonstrable Calculations
Every check worked in full — symbol, substitution, result. Nothing asserted, nothing hidden: your engineer can reproduce any number in the report by hand.
Pile Schedule & Specs
Recommended shaft size, helix configuration, embedment depth, target installation torque, and spacing layout.
Installable Product
Real shaft sizes and helix configurations that fit the pipe — with an acceptance torque inside the shaft's true torsional rating.
Site-Specific, Not Generic
Every value derives from your borings and your loads. No default soil tables, no assumed profiles, no boilerplate capacity charts.
Every Report Passes 59 Gate Checks
Not checked once. Not checked twice. Fifty-nine separate verification and calculation checks — run by the RAMP Engine: torque correlation, embedment rules, governing failure mode, corrosion loss, buckling, settlement, seismic, structural capacity — run on every single report before it is allowed out the door. If one check fails, the report does not ship.
And we don't just claim it. The full list of checks, and the result of each one, is printed inside your report as a validation-gate manifest. Count them yourself.
Designs That Go In The Ground
Every recommendation we publish is written to be installed — real shaft sizes, real helix configurations, and a field acceptance torque the crew can verify on the rig.
Calculations That Engineers Depend On
Not a summary — the working pages out of a 29-section report. Every number is computed from your borings and shown with the formula behind it.
