From a blank cavity to an inflated footprint.
Advanced Tyre Layout Architecting and Simulation. ATLAS develops a tyre from a blank mould cavity to a simulated, inflated footprint in three connected steps — for truck and bus radials and for passenger car radials.
ATLAS
From mould cavity to inflated footprint, in one application.
Each step builds on the last, so the cavity, the layout and the simulation always agree. Start from a handful of key mould dimensions, let every component find its place, then mount, inflate and load the tyre and read the result in minutes. Two versions share one workflow: ATLAS TBR for truck and bus radials and ATLAS PCR for passenger car radials.
Windows desktop application, delivered as a single .exe — nothing else to install. ATLAS TBR for truck and bus radials, ATLAS PCR for passenger car radials. All calculation is done locally: no tyre geometry, material or result data is uploaded anywhere.
Tyre growth · ATLAS PCR
What the results reveal is best seen for yourself. Ask us for a demonstration.
Three steps, one tool.
Cavity generation
Start from the mould. A handful of key dimensions become an exact cavity outline in a fraction of a second.
Layout generation
Every component finds its place. The full tyre layout is built inside the cavity, ready to take into your design workflow.
FEA for tyre growth and footprint
See how the tyre grows when it is inflated, and what it leaves on the road. Mount it, inflate it, load it, and read the result in minutes.
ATLAS TBR and ATLAS PCR.
ATLAS TBR
Built around the demands of truck and bus tyres.
ATLAS PCR
Built around the demands of passenger car tyres.
The rest is easier to show than to write down.
Talk to Woodtecher for a demonstration of ATLAS, and we'll walk through it with a mould cavity of your own.