How Does Cladding Design Software Simplify Panel Detailing?

A cladding package can contain many panel variations, particularly around openings, corners, and changes in the facade grid. Detailing these variations is where the workflow can become more demanding. Cladding design software is useful not simply for creating individual panels but for managing panel layouts and their related substructures as part of the wider facade model.

Where Panel Detailing Eats Time

The workload is not always in the standard panels. It can come from the variations around them:

• Corner and return panels
• Panels cut around openings and penetrations
• Joint layouts that change from one elevation to the next
• Fixing positions tied to the sub-structure
• Separate drawings and cut lists for different panel variations

Together, these variations can make design changes more time-consuming to manage across the project.

Panels That Follow the Design

HiCAD is a 2D/3D CAD platform with dedicated tools for cladding and ventilated facades. Its parametric approach means panels can be adjusted at the model level, and changes made there can update connections, panels, profiles, and drawings across the project. A moved grid line stops being a redraw and becomes an edit. That is the practical difference between cladding design software that only draws panels and software that manages them as part of the wider facade model.

Custom Shapes Without Workarounds

Cladding panels are not always limited to standard rectangular shapes. Projects can require complex, perforated, freeform, or multi-layer panels, particularly where the facade includes architectural features or non-standard surfaces. HiCAD supports these panel geometries within the same 3D model, allowing special panels to remain part of the wider facade design.

Panels and Sub-Structure Together

A panel only works if what carries it works too. In a ventilated facade, panel positioning needs to be considered alongside brackets, rails, and supporting members. HiCAD provides tools for modelling panels, substructures, brackets, rails, and profiles in a parametric environment, allowing relationships between the facade components to be reviewed during design.

When the Grid Changes Late

When the facade geometry or layout changes late in the design, the effect can extend beyond a single panel. Panel divisions, rails, brackets, and related details may also need to reflect the revised geometry. HiCAD’s parametric design can update these elements when building geometry changes, reducing the need to manually recreate affected information.

From Panel Model to Shop Floor

Detailing only matters if the shop can use the result. From the 3D model, HiCAD can generate:

• Fabrication drawings
• Bills of materials
• NC data
• STEP and IFC files

HiCAD can generate fabrication drawings, bills of materials, cut lists, and production data directly from the 3D model. This means production documentation can be derived from the same developed facade model rather than recreated separately.

HiCAD for Cladding and Facade Teams

HiCAD provides dedicated tools for cladding and ventilated facade engineering, covering panel layouts, substructures, brackets, rails, detailing, and manufacturing-ready output.

Want to see how HiCAD handles panel detailing on one of your own projects? Book a live demo.