SHOTPlus Underground for Windows download

Product summary

SHOTPlus Underground is a specialized blast-design and modeling application built for handling intricate blasting projects. It helps engineers and technicians plan, simulate and refine initiation sequences so blasts perform reliably and safely. The interface is designed to be approachable while supporting advanced modeling tasks.

Typical uses

Construction site blasting and demolition
Quarry operations and aggregate extraction
Surface mining and open-pit blast planning

Key capabilities

Modeling and visualization of initiation timing and sequencing
Tools for analyzing performance to improve efficiency and reduce hazards
A user-oriented interface that speeds setup and review of blast plans
Support for detailed planning and execution to lower operational risk

Platform and licensing

The software runs on Windows-based systems and is provided under a free license, making it accessible to a broad range of industry users. Its availability at no cost can simplify adoption for teams with limited budgets.

Suggested alternative

A recommended alternative listed is SHAREit (free).

Technical

Title

SHOTPlus Underground

Requirements

Windows

Language

No language has been specified.

Available languages

License

Free

Latest update

2025-09-16

Author

Orica Limited

Other Useful Business Software

Ship Agents Faster

Transform your applications and workflows into powerful agentic systems at global scale.

Gemini Enterprise Agent Platform lets you rapidly build, scale, govern and optimize production-ready agents grounded in your organization's data. The platform enables developers to build custom or pre-built agents for virtually any use case. New customers get $300 in free credits.

Get Started Free

Rate This App

User Reviews

Be the first to post a review of SHOTPlus Underground!

Related Software

SHOTPlus Tunnel

SHOTPlus Tunnel is an application for advanced blast design and simulation that combines modeling and sequencing tools to plan, visualize and evaluate blast initiation and propagation in confined and open environments. It offers detailed modeling of blast patterns and initiation sequences, visualization for inspecting layouts and propagation effects, and analytical modules for assessing blast efficiency, fragmentation and potential safety concerns. Used by professionals in surface mining, quarrying and construction, it supports pre-blast planning, risk assessment and optimization of charge placement to achieve target fragmentation and reduce unwanted vibration. The menu-driven interface integrates design, simulation and reporting to streamline planning-to-execution workflows, and it is offered as a free utility for engineers and technicians.

SHOTPlus

SHOTPlus is a free application for advanced blast planning and simulation, designed for complex scenarios in mining, quarrying, and construction. It provides detailed modeling of initiation sequences and blast timing, tools to design and visualize blast patterns in 2D and 3D, and analysis utilities to assess results and predict outcomes, all via an intuitive interface. Using SHOTPlus can improve safety through better pre-blast assessment and risk reduction, reduce operational costs by optimizing designs and materials, and boost productivity by streamlining planning and decision-making; it is accessible to both experienced engineers and newcomers. For quick file sharing or simple project data transfer, a complementary free tool such as SHAREit can be useful.

GeoStudio

GeoStudio is a software suite for geotechnical engineering and geological modeling that combines simulation tools with section-based workflows to perform in-depth subsurface analyses and scenario testing. It includes modules and utilities for evaluating layered ground conditions and cross-sections, supports detailed simulations to inform design decisions, and offers approachable interface elements alongside advanced controls to help translate modeling outcomes into practical engineering recommendations. A licensing option lets users evaluate many functions before committing to a long-term license. The suite is aimed at geotechnical engineers and consultants needing rigorous soil and rock analysis, project teams requiring clear visualization of subsurface models and outputs, and educators and students learning practical geotechnical modeling workflows.

Autodesk Revit

Autodesk Revit is a Building Information Modeling (BIM) application for architects, engineers, and construction teams that enables creation of precise parametric 3D models and coordinated deliverables such as plans, elevations, schedules, sections, and 3D views. It streamlines design and construction workflows and supports data-driven, sustainable building solutions, offering high-fidelity visualization, annotation and documentation tools, planning and scheduling features, and conceptual sketching/modeling. The product supports multi-disciplinary coordination and concurrent model editing, and it can merge diverse datasets to run analyses like performance checks and clash detection. A simplified, lower-cost variant provides core modeling and documentation capabilities for smaller practices without the full suite of advanced collaboration and analysis tools.

TeamViewer Portable

The tool provides full remote control of another computer, plus file transfer, screen sharing and session recording, and offers multi-language support. A straightforward interface keeps configuration and session initiation simple, reducing the learning curve for non-technical users. Well suited to IT technicians, support staff and consultants who need occasional remote access, it’s a dependable option for personal troubleshooting and professional support and a practical choice for many remote-access scenarios.

Rhino

Rhinoceros (Rhino) is a 3D modeling application that blends precision CAD geometry with freeform NURBS-based curves and surfaces, supporting solid modeling, surface creation and polygon meshes for visualization or export. It’s aimed at both artistic and engineering workflows, enabling detailed curve-based design, iterative sculpting, and the quick production of complex curved models with an approachable learning curve. The application is extensible via an SDK, plugins and scripting to add custom tools, automation and third-party features, and it interoperates with other tools through open geometry formats suitable for downstream manufacturing or visualization. A large community, comprehensive tutorials and documentation support learning, and a trial is available with a full license required for continued use.

Autodesk Product Design & Manufacturing Collection

The collection bundles professional CAD and modeling applications into a single toolkit for product engineering, combining generative and direct modeling, collaborative design, parametric 3D modeling, and detailed 2D drafting and documentation. Key applications include Fusion (modern generative/direct modeling and collaboration), AutoCAD (versatile 2D drafting and annotation), and Inventor (parametric 3D mechanical modeling and assembly workflows). It supports both 3D parametric design and traditional 2D drafting with an emphasis on intuitive, controlled modeling for manufacturable parts and assemblies. The suite also adds analysis, simulation, visualization, and automation features to validate and optimize designs, speed repetitive tasks, and improve presentation of concepts; for a compact entry point, begin by evaluating the core 2D drafting and documentation capabilities.

BRLCAD

BRL-CAD is a free, open-source suite for combinational solid modeling that combines modeling, high-quality ray-tracing, visualization, rendering and analysis tools with precise geometry creation and editing. It includes extensive documentation and a user community to support both learning and advanced workflows. Commonly used in architecture, engineering, scientific research, education and prototype development, BRL-CAD suits projects that require reliable solid modeling and detailed engineering analysis. An alternative noted, SHAREit, is a general-purpose file-transfer utility with a very different feature set, so choose tools that match your specific modeling, rendering or analysis requirements.

Dalux MSI

Dalux MSI is a free application for managing large, multi-file Building Information Modeling (BIM) projects. It lets teams open, inspect, and interact with detailed model elements and metadata across linked models, navigate 3D designs and retrieve project data on demand, and remain responsive with very large or complex model sets, supporting review and coordination workflows. For construction teams, it improves efficiency by making information easier to locate within large models, enabling clearer communication, faster issue discovery, and better coordination among architects, engineers, and contractors. An alternative utility for sharing or viewing project files is SHAREit.

Hackolade

Hackolade Studio is a comprehensive multi-database data modeling tool for developers and data architects that supports designing, visualizing, reverse-engineering and forward-engineering schemas across relational and non-relational systems, including APIs and file/object schemas. It provides dual visual views—a diagram-based ER representation for logical/relational clarity and a hierarchical JSON Schema view for nested or schema-on-read models—along with drag-and-drop modeling, customizable templates and prebuilt patterns to accelerate and standardize model creation. The tool generates human-friendly documentation and machine-readable artifacts (HTML, PDF, JSON Schema, DDLs), facilitating collaboration, reviews and handoffs among DBAs, developers, solution and data architects, and analysts. By enabling early validation and keeping documentation synchronized with implementation, it helps uncover integration or modeling issues, improve application quality and reduce execution risk.

ArgusLab

ArgusLab is a free molecular modeling application that supports building and visualizing detailed protein models, including side chains, tertiary arrangements, secondary structures like alpha helices, and beta sheets. It includes utilities for peptide format conversion, a set of supplementary modeling tools, and the ability to import and manage experimentally derived structures. The software is best suited to users with existing knowledge of molecular modeling—experienced chemists, structural biologists, and drug-design researchers will get the most from its feature set, while complete beginners may face a steep learning curve. A commonly recommended alternative for visualization and presentation is the free version of PyMOL.

Autodesk Tinkercad for Windows 10

A learning-oriented design environment that combines block-style programming, circuit simulation, and constructive solid modeling. Its code-driven geometry workspace lets users assemble visual logic blocks (loops, transforms, conditionals) to procedurally generate and update 3D forms. The electronics area simulates breadboards and common components (power, sensors, motors, logic devices) with real-time behavior, signal and voltage visualization, and embedded microcontroller code execution. The 3D modeling workspace uses primitive solids and boolean operations with numeric dimensions to build fixed solids (no parametric feature history). Scope is focused on basic solid operations and simplified surface editing rather than advanced surfacing, full parametric timelines, or comprehensive schematic-to-PCB manufacturing pipelines. Typical uses include classroom prototyping and learning, creating simple models for printing or demonstrations, and testing embedded code and circuit concepts before building hardware.

Report inappropriate content