Group 5 – KineticKraft™

Team Members

Auston Borg, Andrew Brennan, Garrett Bryant, CJ DesFosses, Christopher Johnson, Joshua Kesten, Sungsoo Kim

Abstract

Render of developed solution

Photo of developed solution

Our Adaptive Modular Dynamic Testing System provides a groundbreaking approach to customizable, high-precision testing, uniquely suited to address the diverse needs of engineering firms engaged in dynamic testing. Unlike traditional testing systems, which are often rigid, costly, and challenging to modify, our design offers a fully modular architecture that enables seamless adaptation to multiple test scenarios. Each component is designed for ease of replacement and configuration, ensuring accuracy without the high maintenance or downtime associated with similar testing equipment.The modularity of our system allows users to tailor testing setups for diverse applications by utilizing different types of springs or millipede bar materials. This flexibility not only enhances the system's longevity but also positions it as a cost-effective solution. As similar smaller companies do not have the resources necessary for the upkeep needed for complex testing equipment. Additionally, the modular components are engineered for straightforward setup and recalibration, streamlining testing processes and removing any high learning curve needed for proper usage. Our solution's distinctiveness lies in its ability to deliver laboratory-grade accuracy through components that can be effortlessly adapted, replaced, and recalibrated as needed. By focusing on an economic and scalable approach, our system empowers engineers to achieve reliable testing outcomes without sacrificing quality or accessibility. The result is an adaptable and efficient solution tailored for small to medium-sized companies looking for a reliable and versatile approach to dynamic testing.

Pitch Video

3D Interactive Product Model

The following is an interactive 3D model of the product design. You can view and rotate the product assembly in different orientations and views, including an exploded view to see the various parts that make up the assembly.

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