Maven Software Inc.
Terms of use
Motor Maven · Updated October 9, 2026
Motor Maven is licensed under Apple’s Standard Licensed Application End User License Agreement. This page describes subscription and engineering-use scope; it does not replace that agreement or remove non-excludable rights under applicable law. The app is available on the App Store.
Free and Pro access
Included examples, example field and performance inspection, 3D motor visualization, reference citations and model documentation are free. Motor Maven Pro unlocks editable motor designs, custom analysis, advanced studies and PDF, HTML, CSV and VTK numerical exports. Opening and saving native project files remains available when a subscription ends. Expiry does not delete your files.
Monthly and annual plans
Motor Maven Pro Monthly and Annual provide the same access on supported Apple devices. The current public App Store release is for Mac and Apple Vision Pro. U.S. prices are US$9.99 per month or US$79.99 per year. Local storefront prices vary. Apple displays the localized full price and billing period before purchase. Eligible Apple Accounts can start with a one-week free trial, once per subscription group. The trial renews at the selected plan price unless canceled.
Renewal, cancellation and refunds
Subscriptions automatically renew until canceled. Manage or cancel through the app or Apple’s subscription settings. Apple controls billing, renewal and effective cancellation dates. Deleting the app does not cancel billing. Direct refund requests to Apple.
Device access and ongoing service
Use the same Apple Account to restore Pro on supported devices. Pro provides continued access to the professional analysis tools during an active subscription. Maven plans to maintain and improve the supported solvers, design workflows and examples; no particular future feature or update date is guaranteed. Transfer project files using your chosen file provider; automatic Maven cloud synchronization is not included.
Engineering scope
Motor Maven is an engineering analysis aid. You supply and verify geometry, material data, winding definitions and operating conditions. Examples and default values are illustrative, not manufacturer specifications or certified motor designs. Independently verify inputs, model assumptions, convergence and results before manufacturing or operating a machine.
The 3D induced-current solver currently holds the rotor stationary. Independent solver benchmarks support selected numerical checks; they do not establish comprehensive measured-machine accuracy. Review Model notes for supported topologies and limits.
Privacy and support
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