Revolutio CHECKSTEEL v.4.1.6 (Advanced Structural Steel Design Software) Download
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Summary
CHECKSTEEL is a specialised structural Steel Design software developed by Revolutio to help engineers and designers perform detailed checks and calculations for steel members used in buildings, infrastructure, and industrial projects. This software is part of a suite of structural engineering tools that also includes CHECKWIND and CHECKPOLE, and it focuses specifically on evaluating steel elements under various loading conditions. CHECKSTEEL combines automated calculation routines with engineered code compliance to deliver accurate design outcomes that align with recognised standards.
The main purpose of CHECKSTEEL is to simplify the process of designing and verifying steel structures by automating calculations for force effects such as bending, torsion, shear, compression, tension, and combined actions. Structural engineers traditionally perform these checks manually with spreadsheets and separate calculators, but CHECKSTEEL centralises these tasks into one environment, making the design process faster, more consistent, and less prone to error. It is particularly valuable for practices where speed and compliance are important.
Support for International Design Standards
CHECKSTEEL adheres to key international and regional steel design standards, including AS 4100, AS/NZS 5100.6, and NZS 3404, ensuring that design outputs satisfy local engineering code requirements in regions such as Australia and New Zealand. Compliance with these standards is essential for structural safety, legal approval, and professional accountability, and the software embeds these calculations into its design engines so engineers can focus on design judgment rather than manual computation.
Comprehensive Steel Member Checks
The software can perform capacity checks on steel members against a wide range of load cases, including bending, torsion, shear, and axial forces, as well as combined action scenarios often encountered in real-world engineering. These checks are fundamental in structural design because steel members must carry complex combinations of loads safely, and its automated routines ensure that capacity, stability, and compliance are evaluated systematically.
Custom Section Builder and Properties Library
A key feature of CHECKSTEEL is its custom section builder and extensive historical section library, which includes over 2,000 pre-defined steel shapes used historically and currently in Australian and New Zealand practice. These include hot-rolled, welded, cold-formed, hollow, and composite sections such as symmetric and monosymmetric I-beams, tees, channels, and hollow sections. The custom section builder calculates section properties in accordance with design codes like AS 4100 and NZS 3404, saving engineers time and reducing the risk of mis-entered properties.
Material Types and Section Categories
It supports a wide range of steel material types and section categories, enabling design versatility for a variety of projects. Users can work with symmetric I-beams, tapered beams, parallel flange channels, round bars, and various hollow sections, each with properties calculated according to relevant material and design standards. This versatility allows the software to be applied across different industries, including structural engineering, fabrication, construction, and power distribution.
Integrated Analysis of Penetrations and Complex Geometries
The software not only checks simple geometric shapes but also assesses the effects of section penetrations or modifications, which can influence structural capacity in subtle ways. By allowing engineers to include penetrations and evaluate their impact within the capacity checks, it enhances the fidelity of its analysis models and supports a more accurate representation of real field conditions.
Multiple Load Case Handling
It enables engineers to define and evaluate multiple load cases for each steel section, where each load case can have its own design effect combination. This feature provides flexibility when assessing different scenarios, such as varying live loads, earthquake effects, wind actions, or other environmental forces that may be applied separately or in combination on a structural member. Handling multiple load cases simplifies comprehensive design and helps engineers ensure safety under diverse conditions.
Reporting and Design Outputs
The software includes tools for generating detailed design reports that summarise capacity checks, section properties, load effects, and compliance results in a clear format. These reports can be used for project documentation, submission to regulatory authorities, or internal quality control. Comprehensive reporting supports professional workflows by ensuring that results are presented accurately and are easy to interpret by engineers, reviewers, and stakeholders.
Licensing and Accessibility
It is available under a subscription-based licensing model, with options for monthly, annual, or lifetime licences, making it accessible to firms of various sizes and usage scenarios. A free trial period allows users to evaluate the software before committing to a purchase, and online activation means the software can be accessed from multiple workstations as needed.
Applications Across Industries
It is used by engineers and designers in sectors such as construction, structural fabrication, power distribution, telecommunication, and infrastructure development. Its ability to handle complex steel design checks with code compliance has made it a trusted software choice for teams working on everything from building frames and steel bridges to industrial supports and transmission structures.
Ongoing Development and User Community
The software continues to receive updates that reflect changes in design codes, improvements in calculation engines, and expanded material libraries. With thousands of users and adoption across hundreds of organisations globally, this software benefits from an active user base that contributes to its refinement and relevance in modern structural design practices.
Role in Modern Structural Engineering Workflows
In today’s structural engineering context, tools like it are vital because they automate complex design checks that would otherwise require extensive manual calculation and verification. By embedding code compliance, advanced section properties, and multi-case evaluation into a dedicated software environment, it enables engineers to deliver robust, efficient, and reliable steel structure designs more quickly than traditional methods.
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