Flooring
$30*
FloorStudio
Every board cut to the room, counted and exported.
- 13 patterns
- SketchUp 2021-2026
- CSV take-off
SketchUp 2021–2026v3.2.1-stability.1
Kompozit Studio
Panel-by-panel modelling, gone
Pick the facade faces and it lays brackets, carrier profiles, insulation and ACM panels on one grid - openings cut out, courses unbroken at corners, quantities counted.
- 1250×2500 mm panel grid
- m² + piece CSV take-off
- SketchUp 2021–2026
Not on sale yet
This one is not listed on Gumroad yet. Leave your address and you will hear the moment it is.
SketchUp 2021 · SketchUp 2022 · SketchUp 2023 · SketchUp 2024 · SketchUp 2025 · SketchUp 2026 · Windows (install.ps1 copies into %APPDATA%\SketchUp\<year>\SketchUp\Plugins) · v1.3.1
The same job, twice.
Drag me
With the plugin
45 sec
Selecting the faces and clicking build
By hand
2 h 30 m…
Modelling the facade panel by panel, then counting it in a spreadsheet
Drag me
- 01
Select Once.
Click the facade faces. Brackets, profiles, insulation and ACM panels land on one grid - openings cut out, courses unbroken at the corners.
- 02
Change Anytime.
Swap the module, the joint, screws for concealed clips, cutting for equal distribution - the whole facade re-solves in one undo step.
- 03
Count Automatically.
The take-off comes from the same solve as the geometry: net and order m2, full and cut panels, profile metres, brackets, screws. CSV out.
How much time could this save you?
ACM facade modelling and take-off per project
Estimate based on a typical workflow. Your mileage will vary - usually upward.
Saved every month
0,0hours
Saved every year
0 hours
0 work days
You just found 230 hours of your life.
Not on sale yet
The technical bit
For the people who read the manual first.
- Works with
- SketchUp 2021 · SketchUp 2022 · SketchUp 2023 · SketchUp 2024 · SketchUp 2025 · SketchUp 2026 · Windows (install.ps1 copies into %APPDATA%\SketchUp\<year>\SketchUp\Plugins)
- Version
- v1.3.1
- Interface languages
- tr · en
- Panel grid defaults to 1250 × 2500 mm modules with 12 mm joints on 4 mm ACM sheet - module size, joint and thickness are all editable in the panel.
- Sub-construction defaults: 60 mm bracket depth, 800 mm bracket spacing, 50 × 40 mm carrier profile, 700 mm maximum profile span, 400 mm fastener spacing and 2 anchors per bracket.
- Openings are read from the inner loops of the selected face and cut with a guillotine scheme - full-width strips above and below, side pieces beside - the way a fabrication shop actually cuts a sheet.
- Adjacent faces chain automatically: the column offset is carried across the corner and rows stay locked to one global grid taken from the first face's bottom edge, so courses never step at a corner.
- Two remainder modes - cut (full modules plus one cut piece) or distribute (all panels equalised, nothing cut) - with a minimum piece limit that suppresses slivers.
- Everything is written as separate ComponentDefinitions on KS Panels / Profiles / Brackets / Screws tags, inside a single start_operation, so one Ctrl+Z removes the whole facade.
- Take-off covers net m², order m² with a waste factor (10% by default), full vs cut panel counts, deducted opening m², profile metres and count, bracket and anchor counts, screw or clip counts, joint length and insulation boards - exported as semicolon CSV with a UTF-8 BOM and stored as JSON on the produced group.
- Insulation layer (foam or rock wool, 50 mm, 1200 × 600 mm boards) sits on the wall face with its own board grid, material and visibility toggle, and is counted in the take-off.
- Fixing is visible screws or concealed 4-edge clips, each with its own spacing and its own take-off line; 7 ACM colours (silver, metallic, anthracite, black, white, champagne, copper), two detail levels, and hidden elements are still counted in full.
- Take-off, preview drawing and model geometry all come from one solve result produced by a pure-Ruby millimetre solver - 1352 automated tests across 4 suites, SketchUp 2021 enforced as the minimum before the extension registers, errors caught and streamed into a built-in console, settings kept as plain JSON in %APPDATA%/KompozitStudio.
Still being built
Shipped, and what is next.
Shipped
- v1.0.0 - the core system: one grid across chained faces, openings cut with a guillotine scheme, brackets, carrier profiles, panels and fasteners as tagged components, with live m2 and piece take-off
- v1.1.0 - insulation layer on the wall face with its own board grid, material, visibility toggle and take-off line
- v1.2.0 - bracket anchors modelled and counted, two per bracket, as their own line in the take-off
- v1.3.0 - concealed 4-edge panel clips as an alternative to visible screws, with their own spacing and quantities
- v1.3.1 - geometry fix for nil returns from add_circle/add_face; 1352 automated tests green across 4 suites, no SketchUp needed to run them
Next
- Sloped and non-rectangular facade faces solved properly, instead of today's bounding-box fallback with a warning
- Cassette bend edges drawn on the panel components - the folded returns a tray panel actually has
- Piece-level cut list export for the fabrication shop, listing every cut panel with its dimensions rather than only totals
Before you ask
SketchUp 2021 through 2026. The extension checks the version before it registers, so it simply will not load on anything older than 2021. Installation is on Windows: install.ps1 copies the files into %APPDATA%\SketchUp\<year>\SketchUp\Plugins, or you can install the packaged .rbz from Extension Manager. The panel is an HtmlDialog and the whole interface exists in both Turkish and English - 131 keys per language, kept in exact alignment by an automated test.
No subscription and no online check. The suggested price of $35 is a one-off for one seat, and the extension runs entirely offline: settings live as a plain JSON file in %APPDATA%/KompozitStudio, and nothing is sent anywhere. It ships as an .rbz installer - five releases are packaged so far, currently v1.3.1 - and updates through the beta are included. It is still beta, so the honest framing is: you are buying a tool that already produces real facades and take-offs, while the edges are still being filled in.
It is built for vertical, rectangular facade faces. Sloped facades are not supported and horizontal faces are skipped. If the outer boundary of a face is not rectangular, it falls back to the bounding box and tells you so with a warning rather than guessing. Cassette bend edges - the folded returns on a tray panel - are not drawn on the panel components yet. Everything inside those limits is solid: openings, corner continuity, insulation, fixings and the full take-off.
Worth reading
The Best SketchUp Plugins, Sorted by the Job You Hate
Twenty SketchUp tools sorted by the job you are sick of doing — walls, openings, floors, stairs, facades, roads, take-offs. Real numbers, and a plain word on what is still unfinished.
Read →
Facade Cladding in SketchUp: ACM Panels and Rainscreens
A stretched image is not a cladding system. How to set out ACM panels and a ventilated rainscreen in SketchUp — and leave with a panel schedule, not a pretty box.
Read →
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