Advance Concrete Autodesk Jun 2026

The detailer defines cutting planes across the model to generate sections, plan views, and elevations. The software auto-annotates these views with bar marks, diameters, and spacing intervals based on customized user styles. Phase 4: Bill of Materials and Exporting

By eliminating a standalone product, Autodesk aimed to consolidate its portfolio and steer concrete professionals toward a single, BIM‑centric platform. The company also partnered with third‑party developers (such as GRAITEC, SOFiSTiK, and CADS) to deliver localized, Revit‑based solutions for rebar detailing. Over time, Revit's native reinforcement tools have improved — but many former Advance Concrete users still feel a loss. advance concrete autodesk

As Autodesk shifted its development focus toward as a centralized, multi-disciplinary BIM platform, standalone 2D/3D detailing tools like Advance Concrete became redundant. Autodesk officially announced the discontinuation of Advance Concrete, directing users to migrate to Revit for structural reinforcement design and detailing. Core Features and Capabilities The detailer defines cutting planes across the model

Autodesk Advance Concrete was a computer-aided design (CAD) software application developed by the French software company GRAITEC. Its primary purpose was to provide a professional and easy-to-use 3D tool for structural engineers and reinforced concrete detailers. The software was designed to automate the production of construction drawings, bar bending schedules, bills of materials, and NC files for fabrication machinery, drastically increasing productivity and reducing the risk of errors inherent in manual 2D workflows. bar bending schedules

For engineering firms transitioning legacy workflows or maintaining older infrastructure models, the core principles taught by Advance Concrete remain highly relevant:

Automatically place reinforcement cages based on structural rules (e.g., beam reinforcement rules).

Revit offers superior collaboration features (linking architectural, structural, and MEP models) and enhanced structural analysis capabilities that Advance Concrete lacked.