About

Redefining Freedom on the Slopes

Ski boots are a vital link between the skier and the terrain, but traditional designs often sacrifice comfort and adaptability for performance. This project redesigned the ski boot using a modular, lightweight and ergonomic approach.

Design Brief

Designed to enhance the adaptability, comfort, and sustainability of ski boots for modern adventurers, this concept addresses key pain points—difficult entry and removal, poor walking comfort, and low recyclability—through an optimized closure system, shock-absorbing outsole, modular liner customization, and a fully sustainable material strategy.

Observational

Wearing Habits

Ski boots take a long time to adjust when putting on and taking off, especially in cold weather or outdoor environments.

Comfort & Adaptability

After skiing for a long period of time, the feet can become uncomfortable, especially at pressure points (e.g. ankles, insteps).

Environmental impact

The warmth and waterproofness of ski boots is crucial in different terrain (e.g. powder snow, ice) and climatic (e.g. extreme cold, high winds) conditions.

Persona

Alvin

Weekend Warrior

skis a few weekends each season. Needs boots that are easy to put on, comfortable for short walks, and stylish off the slopes. Struggles with stiff, hard-to-adjust boots and foot fatigue after a few hours.

Arky

Backcountry Explorer

outdoor guide skiing in remote areas. Needs lightweight, thermally adaptable boots with a secure fit and sustainable materials. Frustrate

Liam

Ski Instructor

teaches skiing over 100 days a year. Needs durable, shock-absorbing boots that adjust quickly between lessons. Faces constant foot fatigue and rapid liner wear.

Biomechanics Research

Skiing demands rigid forward support, while walking requires greater ankle mobility — highlighting the need for a design that seamlessly adapts between stability and flexibility.