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Marker Rendering
Marker Rendering
A dive boot designed to balance style, function, and utility. Focus on 3D modeling, form development, and ergonomic study for both underwater and land use.
INDIVIDUAL PROJECT / FALL 2024 / 4 WEEKS
Footwear Design / 3D Modeling / Form Development / Ergonomic Study / Concept Visualization
How might we design a dive boot that balances style, function, and comfort for movement both underwater and on land.
Who It's Designed For
Background
Diver who joins short dives and water activities. They value gear that feels reliable, comfortable, and easy to wear.
Usage Scenario
Shore diving, boat diving, and walking between wet and dry surfaces.
Key Needs
Grip / Comfort / Easy movement / Foot protection / Quick drying / styling
Pain Points
Bulky, poor comfort on land, limited flexibility, the look that feels outdated.
Product Expectation
A dive boot that feels secure in the water, comfortable on land, and visually clean enough to fit a more modern lifestyle.
COMPETITOR ANALYSIS
Aqua Lung Superzip
Classic performance dive boot
Thermal protection / Thick sole / Durable zipper
Strong protection / Traditional look
Cressi Isla - Reeftech
General water sport and scuba boot
Fin strap support / Reinforced toe and heel
Practical & reliable / Traditional look
Scubapro Delta - Everflex Arch
Comfort and focus on fit dive boot
Arch support / Wide fit / Flexible sole
Best ergonomic / More performance
Mares Classic - Trilastic
Protective dive boot with added flexibility
Reinforced toe & heel / Elastic ankle / Stable sole
Balance of protection & mobility / Traditional look
Opportunity
Most current dive boots focus on protection, grip, and standard form. AQUATRAIL can toward more sleek form, better ergonomics, and stronger land & water versatility.
DESIGN LANGUAGE
Ergonomic / Unified / Integrated / Seamless / Textural / Technical
PROCESS
Last & Base Volume
Build the volume from the last, defining the proportion, opening, and sole boundary.
Upper Layout
Divide shoe upper into functional zones to analyze breakup, coverage, and material distribution.
Form Integration
Refine the upper and midsole, defining the main lines, transitions, and support areas.
Outsole Develpoment
Complete the outsole layout and traction zones, integrating the final sole structure.
DESIGN
Textile Upper
Technical woven textile balances flexibility, fit, and breathability.
Front Panel
TPU panel (Matte) protects the upper foot area.
Collar Rim
Elastic knit binding provides supportive opening around the ankle.
Side Panel
TPU panel (Glossy) reinforces lateral support and protects high contact areas.
Bottom Base
Reinforced woven textile wraps the lower foot with durability, support, abrasion resistance.
Grip Pattern
Honeycomb rubber outsole improves traction, water dispersion, and grip across wet and uneven surfaces.
Forefoot & Heel Outsole
High-grip rubber provides primary ground contact, impact support, and traction.
My Role
Individual project. Focus on footwear design, form development, 3D modeling, ergonomic study, and functional detailing through a dive boot concept.
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