Risa Connection Software < 2026 >
Built-in geometric checks ensure that designed connections can actually be built and bolted in the field, drastically reducing costly Request for Information (RFIs) from fabricators.
RISA has transitioned to a user-friendly subscription licensing model. This cloud-based system eliminates the need for physical license keys or dongles. Access to the software is tied directly to a user's account credentials in the RISA Customer Portal, allowing for greater flexibility. This subscription model also provides several key advantages:
Column-to-column and beam-to-beam splices using plates and bolts. risa connection software
Flange plates (welded or bolted), directly welded flanges, and extended end plates.
RISA Connection is best for routine steel connections within a RISA workflow. For complex or semi-rigid connections, IDEA StatiCa is superior. Access to the software is tied directly to
If you are ready to transform your connection design process, the next step is to explore the software firsthand. Visit the official RISA website to access a free trial, schedule a personalized demo, or contact their sales team to discuss how the product can be integrated into your specific workflow.
If you can provide a (e.g., “used at a naval base,” “for steel buildings,” “for connecting IoT devices”), I can refine the write-up exactly to that product. RISA Connection is best for routine steel connections
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RISAConnection stays up to date with the latest industry standards, ensuring your designs meet rigorous legal and safety requirements. It features full support for:
The software is utilized for designing a wide variety of connection types, including: (flange and web connections). Beam-to-Girder connections.
Inside RISAConnection, a 3D parametric model spawns. You choose the connection type (e.g., Extended End-Plate Moment Connection). The software suggests initial geometry (bolt diameters, plate thicknesses, weld sizes). You can then visually tweak the model—move bolts, add stiffeners, or change weld access hole details.