What is Ansys Motor-CAD?
Ansys Motor-CAD models electric motors for electromagnetic, thermal and mechanical analysis.
Who is Ansys Motor-CAD for?
Teams evaluating software that models electric motors for electromagnetic, thermal and mechanical analysis. Check motor performance models and thermal analysis against the actual workflow, deployment and access requirements.
Ansys Motor-CAD features
The core capabilities to consider for your workflow.
- Motor performance models
- Thermal analysis
- Design exploration
Ansys Motor-CAD pricing
Check current engineering software licence
Obtain a current quote for the selected product, required solver or design modules, user or usage model, maintenance and support. Scope compatible hardware, HPC resources and connected applications separately.
Calculate the cost of your quote →Free access & evaluation
Confirm current trial or academic eligibility separately from a commercial product licence. Do not assume that connected solvers, add-ons or compute resources are included.
Before you choose Ansys Motor-CAD
Is the task structural, fluid, thermal, system-level simulation or test and measurement automation?
Which solvers, material models, hardware, measurement devices, licences and result formats are required?
Match the motor topology, operating envelope and required electromagnetic, thermal or mechanical analysis before selecting modules.
Explore related software
Ansys Motor-CAD FAQs
Does Ansys Motor-CAD have a free plan?
Confirm current trial or academic eligibility separately from a commercial product licence. Do not assume that connected solvers, add-ons or compute resources are included.
Who is Ansys Motor-CAD for?
Teams evaluating software that models electric motors for electromagnetic, thermal and mechanical analysis. Check motor performance models and thermal analysis against the actual workflow, deployment and access requirements.
What should I compare before buying?
Check the tier that contains your essential features, confirm plan limits and compare the total quote with your own expected usage.