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CASE STUDY • 2025
3D CGI & Motion Direction/ 2025
BIOMECHANICS // ACCELERATION LAB
Computational physics simulation analyzing athlete foot strike torque, kinetic energy return, and carbon plate flexion.
BiomechanicsHoudini FX3D SimulationFootwearCGI
[ 01 // CREATIVE DIRECTION & RATIONALE ]
PROJECT MANIFESTO & CONCEPT
Technical 3D visualization project dissecting the internal physics of elite football boots and racing spikes. X-ray style transparent renders show real-time stress distributions during sudden cuts, pivots, and maximal sprint deceleration.
Art Direction & Honors
Project executed as part of Lounes Studio's continuous research into kinetic sports biomechanics and Swiss brutalist graphic design.
Technical Specifications
Year / Timeline2025
Discipline3D CGI & Motion Direction
Medium & OutputSideFX Houdini, Redshift Render, CAD Engineering Data
Custom TypographyGT America Mono & Monument Grotesk
Context / ExhibitionPerformance Lab Research & Visual System
Curated Color System
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Inquire on this Project
Interested in commissioning a similar sports film, identity, or editorial campaign?
Request Project Brief[ 02 // VISUAL ARCHIVE & STILLS ]
PROJECT GALLERY & CINEMA STILLS
STILL #2 • DETAIL35MM • RESOLUTION
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Apparel Design & Art Direction • 2025