Produce a rendered 3D model of your structure in seconds. Allows Rhino/Grasshopper to act more like traditional structural documentation software such as Revit or Tekla.

• Simply assign section size, rotation and eccentricity to CAD lines or parametric lines to create 3D members.

• Pre-loaded with Australian, UK, European and US steel sections (I sections, Channel sections, Hollow sections, Angles etc.). Rectangle and Circle shapes are also supported for timber or concrete. Contact us to add other countries or sections.

The most comprehensive RC detailer available for grasshopper. Draw 3D reinforced members quickly based on parametric inputs. 

• Create beams, columns, walls or slabs from simple lines with pre-arranged layouts

• Main bars include top, bottom and side bars with optional cogs. Transverse bars include Ligs/Stirrups and bent bars.  

• Join members with additional loose bars such as L-bars, U-bars and Z-bars by adding them to any members

• Creates a Bending Bar Schedule or export to a spreadsheet

Add reinforcement bar to existing solids

• Many pre-arranged layouts

• Main bars include top, bottom and side bars with optional cogs. Transverse bars include Ligs/Stirrups and bent bars.  

• Join members with additional loose bars such as L-bars, U-bars and Z-bars by adding them to any members

• Creates a Bending Bar Schedule as drawing sheets or export to a spreadsheet

Reads an architectural model and creates a clean structural model. Save time on manual structural modelling.

• Takes any building geometry as input 

• Cleans up overlapping, unconnected or skewed geometry

• Finds or creates members and ensure they connect at nodes

• Sets members and columns to consistent floor heights

• Splits primary and secondary members as best as possible

• Output to Rhino (for grasshopper or Revit)

Create a smart structural beam layout for any building shape.

• Turns multiple floor outlines into a framing plans

• A structurally logical layout is generated based on external edges and internal walls

• Control max spans, span direction and secondary centres

A script to automatically determine wind load distribution on a building.

• Input simple lines representing a building

• Apply wind load in 1 of 4 directions with output for each face

• Output plugs straight in to grasshopper structural analysis (Karamba or Kiwi)

A simple one click way to get your ETABS or Spacegass structural model into Grasshopper or Rhino.

• Input the ETABS/Spacegass file

• Optionally use Modeller above for a rendered view

A script to design timber members straight from a model in real-time.

• Input is simple lines representing beams

• Loading is determined from layout. Beam design is calculated based on AS 1720.1:2010 using your choice of typical loading and timber grades.

• Design is tagged on each member

A script to design composite steel beams straight from a model in real-time.

• Input is simple lines representing beams

• Loading is determined from layout. Composite beam reference design is calculated based on AS 2327:2017 and typical office loading.

• Pre-camber and stud numbers are tagged on each member

A script to speed up Tension-Compression truss analysis.

• Get structural actions, deflections and reactions quickly

• See analysis in a compact form directly in the model