RocSlope2

3D Stability Analysis Software

Provides a single platform for the analysis of rock slopes susceptible to wedge, planar, and toppling failure.

Free Trial

RocSlope2

3D Stability Analysis Software

Free Trial

Comprehensive Rock Slope Stability Analysis

Analyze complex geological structures and quickly identify and reinforce potential failures. RocSlope2 provides a comprehensive 3D analysis of joint intersections and slope formations, and with Stereonet View, you can better visualize joint orientation data.

RocSlope2
RocSlope2

Comprehensive Rock Slope Stability Analysis

Analyze complex geological structures and quickly identify and reinforce potential failures. RocSlope2 provides a comprehensive 3D analysis of joint intersections and slope formations, and with Stereonet View, you can better visualize joint orientation data.

RocSlope2

Probabilistic Analysis

Streamline the creation and analysis of your rock slope models. You can create thousands of different RocPlane, SWedge and RocTopple models all at once, then quickly determine the probability of failure across all failure modes for each block.

RocSlope2

Probabilistic Analysis

Streamline the creation and analysis of your rock slope models. You can create thousands of different RocPlane, SWedge and RocTopple models all at once, then quickly determine the probability of failure across all failure modes for each block.

Bolt Patterns

Identify thousands of failures, then use the automatic bolt pattern locating feature to repair the blocks most at risk. Provide the software with a set of parameters to determine where bolts are placed, and it’ll automatically reinforce failing blocks and provide new factors of safety.

RocSlope2
RocSlope2

Bolt Patterns

Identify thousands of failures, then use the automatic bolt pattern locating feature to repair the blocks most at risk. Provide the software with a set of parameters to determine where bolts are placed, and it’ll automatically reinforce failing blocks and provide new factors of safety.

Check out the full list of technical features in RocSlope2

See Specs

RocSlope2 Across Applications

  • Bench Design
  • Stability Analysis of Road Cuts
  • Support Design of Open-Pit Mines
  • Stability Analysis of Rock Dams

Bench Design

Establishing and maintaining adequate bench width to catch and control structural failures is needed to ensure safety. RocSlope2 assesses the stability of benches susceptible to planar, wedge or toppling failure, and can be used to design safe and dependable benches and slopes.

rocslope2 bench design

Stability Analysis of Road Cuts

Assess the stability of road cuts near or above roads, highways, railways and more to prevent kinematic slope failures that could endanger lives, property, and the road itself. Use this data to design stable and safe road cuts.

rocslope2 road cut analysis

Support Design of Open-Pit Mines

Maintaining mine stability and preventing slope failures is key for ensuring safe mining operations and mine longevity. RocSlope2 can help you design support systems that fix open pit mine slope failures.

rocslope2 open-pit mines

Stability Analysis of Rock Dams

Assess the stability of rock wedges formed by the intersection of natural discontinuities along slopes and dam abutments, where ponded and joint water pressures play crucial role on their stability.

rocslope2 rock damns with ponded water and joint pressure

RocSlope2 Seamlessly Integrates With

  • DIPS
  • SWedge
  • RocPlane
  • RocTopple

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Import data from DIPS and use Stereonet View in RocSlope2 to visualize the joint orientation data, then instantly perform wedge, planar and toppling analyses in RocSlope2.

RocSlope2

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Read SWedge files in RocSlope2.

RocSlope2

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Read RocPlane files in RocSlope2.

RocSlope2

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Read RocTopple files in RocSlope2.

RocSlope2

The Latest Features

  • Multiple Joint Sets & DIPS Import

    RocSlope2 now lets you define unlimited joint sets, toggle them on or off during analysis, and seamlessly import them from DIPS. Model realistic rock mass conditions faster, explore multiple failure scenarios, and streamline design iterations – while maintaining full control over how each joint set contributes to your slope stability assessments.

  • Automate Bolt Spacing with Intelligent Support Optimization

    Automatically generate optimal bolt spacing to meet your design FoS across all analyzed blocks. Intelligent Support Optimization works within the Add Bolt Pattern dialog, supports square/rectangular layouts, re-optimizes when inputs change, and reduces setup time, especially in large-scale models.

  • Improved Result Visualization

    Use the large number of results produced from multiple analyses on different blocks to get better insights into the behaviour of the various failure modes.

    RocSlope2’s improved result visualization, including its result grid, detailed block results, scatter plots, histograms, cumulative plots and Stereonet View, makes your results easy to work with.

rocslope2 Multiple Joint Sets & DIPS Import
rocslope2 Automate Bolt Spacing with Intelligent Support Optimization
rocslope2 result visualization

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.
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article

Meet RocSlope2, Your One-Stop Solution for Rock Slope Analysis

Read: 5 minutes
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RocSlope2: The Mining Industry’s Software for Slope Stability and Safety

Read: 4 minutes
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Mastering RocSlope2: Modelling With Multiple Joint Orientations

Watch: 5:09

RocSlope2

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