3D preview of Timber Frame with Roof and Solar Array
Loading the interactive model…
Interactive 3D model of Timber Frame with Roof and Solar Array

Enclosures and housings

Timber Frame with Roof and Solar Array

1 views
Bounding box
12344.4 × 3352.8 × 3078.5 mm
Engine
Precision B-rep
Parameters
17
Published
September 11, 2026

Download

Free to download and use. See the terms.

The prompt

Modify the existing 10x40 foot structural model by adding physical layers. First, add a solid, continuous flat rectangular roof sheet exactly 1.5 inches thick that completely caps the top of the 2x6 rafters. On top of this roof sheet, generate exactly 14 individual rectangular blocks to represent solar panels, with each block measuring exactly 5.6 feet long, 3.7 feet wide, and 1.2 inches thick. Arrange these 14 solar panel blocks in a strict, evenly distributed grid consisting of 2 parallel rows and 7 columns. Assign the 10 vertical columns and 2x12 header support rails to a distinct material layer named "Wood_Structure". Assign the flat roof sheet to a distinct material layer named "Brown_Roof". Assign the 14 rectangular panel blocks to a distinct material layer named "Solar_Array".

Parameters

NameValueRange
Structure Length (ft)40 ft10 – 100
Structure Width (ft)10 ft5 – 50
Structure Height (ft)10 ft5 – 30
Column Size (in)6 in2 – 12
Column Spacing (ft)5 ft1 – 20
Columns per Row82 – 20
Beam Width (in)12 in2 – 24
Beam Depth (in)2 in1 – 12
Rafter Width (in)6 in2 – 12
Rafter Depth (in)2 in1 – 12
Rafter Spacing (in)24 in6 – 48
Roof Sheet Thickness (in)1.5 in0.5 – 6
Solar Panel Length (ft)5.6 ft1 – 10
Solar Panel Width (ft)3.7 ft1 – 8
Solar Panel Thickness (in)1.2 in0.2 – 4
Solar Panel Rows21 – 5
Solar Panels per Row71 – 10

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.