Ansys Motor-CAD
Simulation & CAE software
Bathroom CAD software
Furniture modeling software
Furniture rendering software
Garment CAD software
Interior rendering software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
Take the quiz to check if Ansys Motor-CAD and its alternatives fit your requirements.
Contact the product provider
Free Trial
Free version unavailable
Small
Medium
Large
- Manufacturing
- Transportation and logistics
- Energy and utilities
What is Ansys Motor-CAD
Ansys Motor-CAD is an electric machine design and simulation tool used to model and evaluate motors and generators. It supports electromagnetic, thermal, and loss analysis workflows to help engineers iterate on machine topologies and operating points. Typical users include electric machine designers and e-mobility or industrial drive engineering teams that need early-stage performance estimation and design trade-offs. It is part of the Ansys simulation portfolio and is commonly used alongside broader multiphysics and 3D CAD/CAE tools.
Electric machine focused workflows
The product is purpose-built for motor and generator design rather than general-purpose mechanical CAD or generic numerical computing. It provides domain-specific inputs and outputs (e.g., winding and slot definitions, torque-speed behavior, losses) that align with electric machine engineering tasks. This specialization can reduce setup effort compared with more general CAE environments when the goal is motor performance evaluation and iteration.
Multiphysics design evaluation
Motor-CAD supports coupled analysis areas commonly required for electric machines, including electromagnetic performance and thermal behavior. This helps teams evaluate trade-offs such as efficiency versus temperature rise within a single product workflow. It is typically used for rapid design exploration before committing to more detailed 3D simulations or prototype testing.
Fits Ansys CAE ecosystem
As an Ansys product, Motor-CAD is commonly deployed in organizations that already use Ansys simulation tools and data management practices. This can simplify toolchain alignment for teams that move from early motor sizing to more detailed multiphysics validation in other Ansys environments. It also supports enterprise procurement and support models familiar to CAE-heavy engineering organizations.
Narrow scope beyond motors
The product targets electric machine design and is not intended for general mechanical design, architectural CAD, or visualization workflows. It does not match the feature set of full mechanical CAD platforms for assemblies, drawings, or broad product design. The additional categories provided (e.g., bathroom, furniture, garment, interior rendering) do not reflect typical Motor-CAD use cases.
Learning curve for specialists
Effective use requires familiarity with electric machine concepts such as winding configurations, magnetic materials, and loss mechanisms. Teams without dedicated motor design expertise may need training to interpret results and set up realistic operating conditions. This can slow adoption compared with more general-purpose modeling tools used by broader engineering audiences.
Licensing and integration complexity
In enterprise environments, CAE tools often involve license management, version alignment, and IT-controlled deployment. Integrating Motor-CAD into an existing CAD/CAE workflow may require process definition for data exchange, validation, and traceability. Total cost and administrative overhead can be higher than open-source numerical tools used for simpler analyses.
Seller details
ANSYS, Inc.
Canonsburg, Pennsylvania, USA
1970
Public
https://www.ansys.com/
https://x.com/ansys
https://www.linkedin.com/company/ansys-inc/
