CREATIVE BRAINSTORMING - I started with creative brainstorming, creating quick “post-it note” sketches to capture and organize the initial concepts.
PLANNING - Then, I mapped out the handlebar positions for the seven different machines this console would be attached to in SolidWorks. This helped me understand where the console footprint could expand or or shrink.
SKETCHING - Using the Solidworks data as an underlay I sketched multiple styling concepts, thoughtfully integrating the client’s favorite ideas from the post-it note phase. After several client feedback sessions, I had a final concept that fulfilled Life Fitness’s functional and aesthetic objectives.
FINAL STYLING CONCEPT – Hand drawn in Autodesk Sketchbook
3D MODELING - The legacy design used a massive and complex side action to form the cupholder area. My redesign separated the cupholder into a third part, simplifying the overall design, reducing tooling costs, and extending the life of the new tooling. I also refined the interior mounting brackets for easier assembly and manufacturing. In the end, I delivered a production-ready CAD package that Life Fitness seamlessly brought into production.
PROTOTYPING - I used a 3D printed prototype to evaluate the new phone and water bottle holder features. An adjustable stand allowed us to test the new geometry through a range of mounting angles.
SciFit Digital Console Redesign - Final product
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SciFit - Digital Console Redesign
THE PRODUCT
The existing steel tooling for the SCIFIT console housings was reaching the end of it’s life, resulting in cosmetic defects and reject parts. Recognizing the need for new tooling to sustain production, the team at Life Fitness saw this as an opportunity to reimagine the console, and they trusted DiMonte Group with the redesign effort.
MY CONTRIBUTIONS
Acting as the project lead, I brainstormed opportunities, sketched updated concepts, and 3D modeled production-ready geometry. The result was a redesigned console that improved on the legacy design by adding user-centric features, reducing part costs and reducing the overall footprint.
