What is a good reason to build a robust model?

Building a robust model is particularly beneficial for a part that will be reused for a long period of time because it ensures reliability, accuracy, and efficiency in production and later modifications. A robust model is designed with stability and flexibility in mind, which means that it can withstand repeated use and alterations without degrading in quality or function.

When a part is intended for long-term reuse, it is essential that the model incorporates sound design principles and best practices, such as proper parameterization and feature management. This inherently reduces the likelihood of errors during updates and ensures that the model remains valid over time, accommodating changes in specifications or additional features as they are required. As a result, a well-constructed model facilitates easier collaboration, maintenance, and integration into larger systems, all of which are critical in a professional engineering environment where models might be built upon or adapted for different purposes.

In contrast, models created for test parts or demo purposes may not require the same level of robustness, as these parts are typically not intended for production or long-term use. Similarly, sharing a model with a competitor suggests a need for confidentiality and might prioritize different considerations over the robust characteristics of the model itself. Thus, the focus on durability, adaptability, and precision makes creating a robust model