What is a characteristic of traditional prototyping?

The characteristic that defines traditional prototyping is its ability to provide objective and quantitative data. Traditional prototypes, often referred to as low-fidelity prototypes, serve as tangible representations of design concepts and enable the collection of precise measurements and user feedback. This approach facilitates the assessment of design viability, usability, and functionality, allowing stakeholders to make informed decisions based on empirical evidence.

In comparison to other approaches, traditional prototyping is grounded in physical models that can be rigorously tested. This enables the identification and rectification of design issues early in the development process, thereby enhancing overall project efficiency. The focus on gathering quantitative data through controlled tests or user interactions helps to substantiate design decisions.

Other options do not accurately capture the essence of traditional prototyping. For example, while quickly assembling prototypes from existing elements could occur in specific contexts, it does not universally characterize traditional prototyping. Similarly, traditional prototypes are not exclusive to business research; they are widely used in various fields to refine products and systems. Finally, while theoretical models may be part of the early stages of design, traditional prototyping typically involves the creation of physical or interactive models, rather than relying solely on theoretical constructs.