Procedural rebar for Blender

Rebar Generator ST helps you create convincing reinforcement for damaged concrete, construction assets, architecture, environments and game props - directly in Blender.

Generate individual rebar rods, construction grids, cross rebar, damaged rebar and debris with a workflow that scales from fast concept work to detailed production assets.

Fast results or full control

• Lite Rebar - quickly generate exposed, damaged rebar with an efficient, art-friendly workflow.
• Lite Grid - create clean construction rebar grids in just a few clicks.
• PRO Mode - unlock the full toolset for artists who need maximum control over placement, shape, layers, damage and detail.

Key features

• Generate individual rebar rods directly on an object’s surface.
• Create procedural construction grids and reinforcement layouts.
• Control density, length, thickness, direction and randomness.
• Use Vertex Groups to place rebar only where it is needed.
• Create procedural bends, damage and up to three independent Bend Areas.
• Use adaptive bend resolution and controllable noise for efficient detail.
• Add Cross Rebar as closed loops or separate side rods.
• Create multiple horizontal and vertical Cross Rebar layers.
• Adjust corner rounding and profile resolution.
• Add realistic ribbed rebar detail with adjustable density.
• Automatically remove rib geometry hidden inside the base object.
• Scatter debris from individual objects or a collection.
• Automatically unwrap rebar, cross rebar, ribs and caps.
• Maintain consistent UV density regardless of rod length.
• Automatically assign a dedicated Rebar material.
• Fine-tune geometry quality and optimization settings for the needs of each asset.

Built for production

Use the Lite modes when you need a strong result quickly. Switch to PRO Mode when the asset needs closer art direction, layered reinforcement, custom bends, detailed ribs and procedural debris.

Rebar Generator ST gives you a practical way to create believable procedural reinforcement without manually modeling every rod.