Pick a real piece
Drag with a mouse or tap Add on a phone. Compatible magnetic edges glow before the tile clicks into place.
Snap together a live 3D design, see the exact pieces it needs, and carry a practical build sequence from the screen to the playroom floor.
Built around a 74.93 mm standard tile pitch, with every digital piece tied to a real-world count.
Every snap changes the model, the piece count and the instructions at the same time. No separate spreadsheet. No guessing halfway through.
Drag with a mouse or tap Add on a phone. Compatible magnetic edges glow before the tile clicks into place.
Orbit the structure, change fold angles, or flatten it into a net to understand how it should come together.
See what you own, what the design uses and exactly which shape is missing before anyone gets frustrated.
Follow large, readable phases for the base, panels, folds, roof and final seams—then save what worked.
Snapsembly counts the actual model as it changes. Recolour freely, test a larger idea, or trim the design while the structural requirement stays honest.
Three shapes need attention.
Snapsembly keeps the digital model honest, gives you a practical sequence, and records what actually happened when someone built it.
Start with a generic collection or record the dimensions of your actual pieces when physical precision matters.
Choose a guided sequence or a fold-first plan derived from the same connected model—not a disconnected slideshow.
Record success, changes or failure against the exact design so future guidance can improve instead of merely looking confident.
Every collection points to the same inspectable plan graphs. Your Tile Box fit is calculated live.
These short guides read from the same plan graphs, Tile Box and evidence records as the Studio. The explanations stay useful while the numbers stay current.
No sign-up, no installation and no black-box “AI magic.” Just pieces, connections and a plan you can inspect.
Count pieces, compare build journeys and read evidence without leaving the live catalogue. Every guide ends with something practical to do.
Six squares · every edge closes
A compact folding net that demonstrates exact connector closure.
Graph, counts and instructions come from one editable model. “Digitally checked” describes software validation—not physical stability or safety.
Your structural piece counts cover this graph.
Visual colour matching is not being tracked.Millimetres are approximate until your physical profile contains representative measurements.
The connector graph and instruction coverage pass software checks.
tfc2-pending
Continue with another graph-backed build.
Place a square, then grow the structure edge by edge—or generate a complete building.
Each design is stored locally in this browser. Export important plans as portable JSON files.
Complete a Build Journey, test it with real tiles, and record what happened.
Start with a template or build a structure one tile at a time.
Structural counts answer whether a graph can be built. Optional colour counts separately answer whether its exact visual scheme can be matched.
Collect real measurements and consented observations without accounts, uploads or inflated claims.
Completeness is not approval. Meeting numeric targets still requires human review of consent, provenance, fixtures, raw observations and outliers.