RSPile

RSPile

3D Pile Analysis
Free Trial
RSPile

RSPile

Lateral & Axial Pile Analysis

Carry out lateral & axial analyses of various piles with the flexibility to design piles with multiple sections and model complex soil strata using boreholes.

RSPile
RSPile

Lateral & Axial Pile Analysis

Carry out lateral & axial analyses of various piles with the flexibility to design piles with multiple sections and model complex soil strata using boreholes.

RSPile

Capacity Pile Analysis

Analyze Load and Bearing Capacity of both Driven and Bored piles. Driven pile analysis methods are based on Federal Highway software “Driven.” Bored pile analysis with several methods available for cohesionless soils, cohesive soils, and weak rock.

RSPile

Capacity Pile Analysis

Analyze Load and Bearing Capacity of both Driven and Bored piles. Driven pile analysis methods are based on Federal Highway software “Driven.” Bored pile analysis with several methods available for cohesionless soils, cohesive soils, and weak rock.

Grouped Pile Analysis

Analyze a group of piles connected by a cap. Design complex models of pile groups where each pile can be a different pile type, consisting of multiple sections.

RSPile
RSPile

Grouped Pile Analysis

Analyze a group of piles connected by a cap. Design complex models of pile groups where each pile can be a different pile type, consisting of multiple sections.

Price List

See all features in RSPile

Check out the full list of technical features in RSPile.

See Full Specs
Spec List Spec List
RSPile across Applications
  • Foundation Design
  • Slope Support

Model pile foundations and analyze their response under various loads.

Article: Bored Pile Analysis
Foundation Design using RSPile

Design pile supports, which can then be used in Slide2 to investigate their effects on the stability of rock slopes or soil slopes.

Article: Integration with Slide2
Slope Support using RSPile
RSPile seamlessly integrates with
RSPile

Slide2

Design piles in RSPile and use them in your models in Slide2.

RSPile

Slide2

Design piles in RSPile and use them in your models in Slide2.

Explore the latest features in RSPile
  • New Pile Types

    Now you have the capability to create circular, rectangular, or even belled piles with multiple different sections with unique properties.

  • New Bored Analysis Results

    Skin Friction Unit Resistance and End Bearing Unit Resistance results are now available for Bored Pile Analysis.

  • New User Interface

    RSPile’s updated UI allows you to see the reinforcement pattern that is defined in the concrete designer.

Placeholder
Placeholder
Placeholder
Placeholder
New Pile Types

Now you have the capability to create circular, rectangular, or even belled piles with multiple different sections with unique properties.

Placeholder
New Bored Analysis Results

Skin Friction Unit Resistance and End Bearing Unit Resistance results are now available for Bored Pile Analysis.

Placeholder
New User Interface

RSPile’s updated UI allows you to see the reinforcement pattern that is defined in the concrete designer.

Learn more about all the new features in the latest release of RSPile. Read related article
Learn more about all the new features in the latest release of RSPile.
Grow with our Learning Resources
Explore our Learning Resources and User Guides, designed to help you excel with all of your geotechnical projects, whether you are a practicing engineer, an academic or a student.
article

New to Settle3 and RSPile: Section Creator, Pile Types and more

View
article

RSPile: Effects of pile rigidity and soil stiffness on the settlement of piles

View
article

How Do I Design a Reinforced Concrete Pile?

View
Plans & Pricing

Perpetual

One-time purchase
  • Own the version of your license in perpetuity
  • Maintenance+ subscription included in first year
  • Install on one computer

Lease

Ongoing subscription
/ year
  • Maintenance+ subscription
  • Ongoing bug fixes
  • Continuous new features
  • Install on one computer
Have questions about our pricing structure? View Plans & Pricing FAQ