See more in every slab.
Read moments, Wood–Armer results, deflection, shear, reactions, punching, required thickness, and required reinforcement from the Revit model already open.
Watch unique insights and follow simple instructions towards lower slab thickness.
Explore alternatives locally, keep the model private, and commit only the column changes you approve.
Material your team can review.
Start with the model already open
Slab Insight reads supported slab geometry and loads from the active Revit model. There is no separate geometry-export step between the model you are coordinating and the slab you are reviewing.
Read the forces that govern the slab
Review moment and Wood–Armer maps across the selected slab. Switch to shear and reaction layers when the question moves from flexure to load path.
See deflection in project time
Compare immediate and long-term deflection results in mapped form. Use the values to focus review on the locations that deserve a closer check.
Put thickness on the drawing
View required-thickness insight across the slab instead of relying on one governing point. Use it to frame where depth is working, where it is constrained, and where another option is worth testing.
See where a column helps
Try column positions and loads in an interactive sandbox while the Revit model remains unchanged. Review the response, then commit only approved column changes when the option is ready.
Review punching where it starts
Inspect punching results around column regions alongside the wider slab picture. Keep local checks connected to the geometry and loading that produced them.
Turn demand into rebar decisions
Review required rebar maps as part of the same result set. Use mapped demand to direct detailing attention, then complete the project’s required checks and detailing process.
Take the review into the meeting
Export a PDF for design review and coordination. Give the engineer, architect, and project manager a shared visual record of the option under discussion.