Field Notes

Engineered by nature. Tested in the wild.

Gravel biking in Squamish, British Columbia

Technical observations from the intersection of textile science and the rugged outdoors. We document the performance of natural materials in high-output environments, providing the insights you need to move further and more comfortably in the wild.

The Summer Superpower: Why Nature’s Tech Outperforms Plastic in the Heat

Think wool is too hot for summer? Think again. Discover why natural fibres are the ultimate 'Summer Superpower' for high-output hiking and heat management.

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Articles

The Biochemistry of Foot Odour and Microbial Management
benefits foot health

The Biochemistry of Foot Odour and Microbial Management

Foot odour is a biological indicator of material failure, not a hygiene issue. Discover the biochemistry of why synthetic foams trap bacteria and how natural...

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The Science of Hygroscopic Insulation in Saturated Environments
benefits foot health hiking

The Science of Hygroscopic Insulation in Saturated Environments

When synthetic gear gets wet, it goes cold. Explore the science of 'heat of sorption' and why natural fibres are the only materials that generate...

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Forefoot Biomechanics and the Management of Metatarsalgia
fitness foot health

Forefoot Biomechanics and the Management of Metatarsalgia

Metatarsalgia is a signal that your forefoot is bearing a disproportionate load. Explore the mechanics of the transverse arch and how integrated metatarsal support decompress...

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The Biomechanics of Plantar Fasciitis and Load Management
fitness foot health

The Biomechanics of Plantar Fasciitis and Load Management

Plantar Fasciitis is more than heel pain; it is a mechanical failure of the foot's arch. Explore the biomechanics of the Windlass Mechanism and how...

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