Osmose
Rethinking head protection for surfing and other real-world environments where traditional helmets are underused or poorly adapted.
Overview
Osmose sits at the intersection of material science, additive manufacturing, safety testing constraints, and user psychology. The focus is not just impact reduction in a lab, but practical protection people will actually choose to wear.
The Problem
Surfers and other board-sport participants face meaningful head injury risk in specific conditions, but adoption remains inconsistent. Existing options often fail on comfort, aesthetics, rotational impact handling, and speed of iteration.
Hypothesis
Additive manufacturing and lattice-based elastomeric systems can produce a soft-shell protective system that improves energy dissipation, addresses rotational forces, and makes fit and comfort better. Embedded sensing can capture real-world impact data to continuously improve future versions.
Constraints
Certification requirements, manufacturing scalability, cost targets, cultural resistance, and water exposure all shape the design. These are treated as first-order inputs rather than downstream blockers.
Approach
The effort combines multi-layer lattice geometries, rapid prototyping, sensor instrumentation, and ongoing user discovery. The objective is to learn across both physical performance and adoption behavior at the same time.
Broader Question
Can protective systems become continuously improving products, where real-world data informs future design, without sacrificing reliability or trust?