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STRYKER Slat Treadmill

The slat treadmill category is largely defined by a single market leader, yet existing solutions present clear opportunities for improvement in serviceability, maintenance, and overall user experience. This project explores a design-led approach to redefining the category through form, integration, and product architecture.

Role

Lead Industrial Designer

Objective

Explore and define a next-generation slat treadmill that improves service access, simplifies maintenance, and enhances the running experience, while establishing a cohesive and forward-looking design language.

Form & Interaction

Exploring form, structure, and user interaction through iterative development, using sketching, CAD, and physical prototyping to validate ergonomics and refine key touchpoints.

Ideation Sketches 11x17.jpg
Concept A Slat Treadmill 11x17 side view.jpg

Concept A

Sculptural, integrated frame emphasizing continuous surface flow and visual motion

Concept B Slat Treadmill 11x17 side view.jpg

Concept B

Linear, performance-driven structure with a more restrained and efficient expression

Concept C Slat Treadmill 11x17 side view.jpg

Concept C

Balanced hybrid approach combining structural clarity with refined surface transition

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Refining cockpit layout and control interaction to improve ergonomics, usability, and clarity across key touchpoints.

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SLAT grip in hand.jpg
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Final Direction

The final direction resolves form, structure, and interaction into a cohesive product, validated through full-scale prototyping and ergonomic testing.

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TC1-SA-35 Stryker rear 3_4 22in home.png
Serviceability Render 2.jpg
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KeyShot animations created by Tyler Thompson. Video editing, sound and titles by Steven Danner.

© 2021 by Tyler Thompson

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