Three Windows applications for the tyre design office.
Each answers a question that normally costs weeks of testing and rework to settle. All three are desktop applications for Windows, delivered as a single .exe, and they do their calculation on your own computer.
Three tools, three questions.
AIRR — rolling resistance
Know a tyre's rolling resistance before you build it. AIRR learns from the tyres you have already measured and puts a number — with its expected range — against a design you haven't. A Windows desktop application.
PATCH — pitch arrangement
Spread the impact energy across a band instead of into one tone. PATCH takes your pitch lengths and tread-block images, searches five million arrangements and returns the sequence with the lowest tonal peak. A Windows desktop application.
ATLAS — layout and simulation
ATLAS develops a tyre from a blank mould cavity to a simulated, inflated footprint. It generates the cavity, lays out every component and runs the growth and footprint FEA in one workflow, in TBR and PCR versions. A Windows desktop application.
Built for a design office, not a data centre.
Windows desktop applications
AIRR, PATCH and ATLAS are each delivered as a single .exe for Windows. Nothing else to install, and no browser or web page involved.
Your data stays on your computer
Tyre geometry, pitch images, materials and results are processed locally and are not uploaded anywhere. AIRR's licence check sends only the licence key and application name to Woodtecher, so it needs an internet connection to open.
Answers you can check
AIRR quotes an expected range with every prediction, PATCH states its uncertainty, and both export to CSV. ATLAS shows tyre growth and the loaded footprint for you to read for yourself.
The rest is easier to show than to write down.
Tell us which tool interests you and we'll walk through it on your own data — measured tyres for AIRR, a pitch set for PATCH, a mould cavity for ATLAS.