Suspension Trainer Design & Load-Bearing Textile System Development | Myokore

The Myokore Suspension Trainer was developed as a performance-driven fitness system designed to operate under continuous tension and dynamic load. studioFAR led the soft goods system design, engineering a textile-based product that balances strength, durability, and user interaction while remaining manufacturable at scale.

Scope: Load-Bearing Textile System Design, Construction Strategy, Material Selection, Performance Engineering, DFM

Wearable Textile System Design for Health Protection | SHEL COVID Vest

The SHEL COVID Vest was developed as a wearable system designed to support safer everyday interactions during the COVID-19 pandemic. studioFAR led the textile system design and product development, focusing on integrating protective functionality into a wearable, comfortable, and manufacturable soft goods solution.

Soft Goods System & Design Language Development for Instrument Case Collection | RBC

RBC required a cohesive system of soft goods instrument cases designed as a unified product collection. studioFAR led the development of a scalable design language and soft goods construction system, enabling consistency across multiple products while maintaining durability, usability, and manufacturability.

Heated Gear System Design & Integration (Patented) | Kulkea Thermal Trekker

The Kulkea Thermal Trekker was developed as a heated gear system designed to keep ski boots warm and ready for use in cold environments. studioFAR led the soft goods integration and product development, creating a system that combines heating functionality with a durable, travel-ready bag — resulting in a patent-pending product platform.

Protected: Coming Soon

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